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"cited_by_count": 59, "source": "Semantic Scholar", "source_id": "5f07248b61362690c449010e4c01fd9d2ceb5677", "match": "doi", "source_title": "A Dynamical System Approach to Motion and Force Generation in Contact Tasks", "source_year": 2019 }, { "doi": "10.15607/rss.2022.xviii.073", "title": "Aerial Layouting: Design and Control of a Compliant and Actuated End-Effector for Precise In-flight Marking on Ceilings", "year": 2022, "previous_count": 19, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "5b7ee9fe4d6650c7e0499b86eab30e95733b02a5", "match": "doi", "source_title": "Aerial Layouting: Design and Control of a Compliant and Actuated End-Effector for Precise In-flight Marking on Ceilings", "source_year": 2022 }, { "doi": "10.15607/rss.2020.xvi.046", "title": "Aerial Manipulation Using Hybrid Force and Position NMPC Applied to Aerial Writing", "year": 2020, "previous_count": 52, "cited_by_count": 58, "source": "Semantic Scholar", "source_id": "3710ad3f547a0cb59ce627aa0980b4c0965b38d8", "match": "doi", "source_title": "Aerial Manipulation Using Hybrid Force and Position NMPC Applied to Aerial Writing", "source_year": 2020 }, { "doi": "10.15607/rss.2007.iii.034", "title": "A Fast and Practical Algorithm for Generalized Penetration Depth Computation", "year": 2007, "previous_count": 42, "cited_by_count": 42, "source": "Semantic Scholar", "source_id": "26ee33ff7cc557c71e1b48b04b4f5c4f73a6c382", "match": "doi", "source_title": "A Fast and Practical Algorithm for Generalized Penetration Depth Computation", "source_year": 2007 }, { "doi": "10.15607/rss.2017.xiii.040", "title": "A Fast Stochastic Contact Model for Planar Pushing and Grasping: Theory and Experimental Validation", "year": 2017, "previous_count": 38, "cited_by_count": 39, "source": "Semantic Scholar", "source_id": "2c084ae9afd141734f1f3b224544a5b2d3ed272b", "match": "doi", "source_title": "A Fast Stochastic Contact Model for Planar Pushing and Grasping: Theory and 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"source": "Semantic Scholar", "source_id": "9b9cf335ff2f0260aa003185841d090ef9475f30", "match": "doi", "source_title": "A Framework for Push-Grasping in Clutter", "source_year": 2011 }, { "doi": "10.15607/rss.2007.iii.031", "title": "A Fundamental Tradeoff between Performance and Sensitivity within Haptic Rendering", "year": 2007, "previous_count": 1, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W2176354805", "match": "doi-title-year", "source_title": "A Fundamental Tradeoff between Performance and Sensitivity within Haptic Rendering", "source_year": 2007 }, { "doi": "10.15607/rss.2020.xvi.062", "title": "Agbots 2.0: Weeding Denser Fields with Fewer Robots", "year": 2020, "previous_count": 8, "cited_by_count": 8, "source": "Semantic Scholar", "source_id": "857dc4d455f1045c32412aeeff41c50887eb516f", "match": "doi", "source_title": "Agbots 2.0: Weeding Denser Fields with Fewer Robots", "source_year": 2020 }, { "doi": "10.15607/rss.2025.xxi.117", "title": "A Generic Continuous Multi-Joint Spinal Robotic System for Agile and Accurate Behaviors with GNN-MPC method", "year": 2025, "previous_count": 0, "cited_by_count": 2, "source": "Semantic Scholar", "source_id": "81fb1ecac256cc00dc27bb30f2eb4f14ceae6f61", "match": "doi", "source_title": "A Generic Continuous Multi-Joint Spinal Robotic System for Agile and Accurate Behaviors with GNN-MPC method", "source_year": 2025 }, { "doi": "10.15607/rss.2018.xiv.056", "title": "Agile Autonomous Driving using End-to-End Deep Imitation Learning", "year": 2018, "previous_count": 282, "cited_by_count": 293, "source": "Semantic Scholar", "source_id": "1d3aa6e84299f8d36629e147679614ae09e55d2e", "match": "doi", "source_title": "Agile Autonomous Driving using End-to-End Deep Imitation Learning", "source_year": 2017 }, { "doi": "10.15607/rss.2024.xx.059", "title": "Agile But Safe: Learning Collision-Free High-Speed Legged Locomotion", "year": 2024, "previous_count": 52, "cited_by_count": 183, "source": "Semantic Scholar", "source_id": "c59812a09d67800d7cb893bc25a328cb24b8aa16", "match": "title-authors-year", "source_title": "Agile But Safe: Learning Collision-Free High-Speed Legged Locomotion", "source_year": 2024 }, { "doi": "10.15607/rss.2020.xvi.047", "title": "A Global Quasi-Dynamic Model for Contact-Trajectory Optimization in Manipulation", "year": 2020, "previous_count": 48, "cited_by_count": 51, "source": "Semantic Scholar", "source_id": "47049b3a3da29d003f7a44712f070c928e07efaa", "match": "doi", "source_title": "A Global Quasi-Dynamic Model for Contact-Trajectory Optimization in Manipulation", "source_year": 2020 }, { "doi": "10.15607/rss.2006.ii.024", "title": "A Gravity Balancing Passive Exoskeleton for the Human Leg", "year": 2006, "previous_count": 29, "cited_by_count": 30, "source": "Semantic Scholar", "source_id": "208047754b0e0d2b20bcee033d629776f277396f", "match": "doi", "source_title": "A Gravity Balancing Passive Exoskeleton for the Human Leg", "source_year": 2006 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"source": "Semantic Scholar", "source_id": "971ed60f58d40ceedeec90d894a6d655787c6633", "match": "doi", "source_title": "A Learning-based Iterative Control Framework for Controlling a Robot Arm with Pneumatic Artificial Muscles", "source_year": 2022 }, { "doi": "10.15607/rss.2020.xvi.091", "title": "ALGAMES: A Fast Solver for Constrained Dynamic Games", "year": 2020, "previous_count": 69, "cited_by_count": 78, "source": "Semantic Scholar", "source_id": "a52a9d0eebf34d5cf372bb48273ec1cc100ce16a", "match": "doi", "source_title": "ALGAMES: A Fast Solver for Constrained Dynamic Games", "source_year": 2019 }, { "doi": "10.15607/rss.2011.vii.006", "title": "A Linear Approximation for Graph-based Simultaneous Localization and Mapping", "year": 2011, "previous_count": 102, "cited_by_count": 102, "source": "Semantic Scholar", "source_id": "60152969a9f210cc98352295989054bc41d072d7", "match": "doi", "source_title": "A Linear Approximation for Graph-based Simultaneous Localization and Mapping", 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"source": "Semantic Scholar", "source_id": "53edc1c781a7ef8b01abdf5271882b7939648bd6", "match": "doi", "source_title": "A low-cost and lightweight 6 DoF bimanual arm for dynamic and contact-rich manipulation", "source_year": 2025 }, { "doi": "10.15607/rss.2021.xvii.076", "title": "A Low-Cost Compliant Gripper Using Cooperative Mini-Delta Robots for Dexterous Manipulation", "year": 2021, "previous_count": 18, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "f306fe0d245acee37f626a53627b585f873e5b47", "match": "doi", "source_title": "A Low-Cost Compliant Gripper Using Cooperative Mini-Delta Robots for Dexterous Manipulation", "source_year": 2021 }, { "doi": "10.15607/rss.2019.xv.013", "title": "A Magnetically-Actuated Untethered Jellyfish-Inspired Soft Milliswimmer", "year": 2019, "previous_count": 23, "cited_by_count": 26, "source": "Semantic Scholar", "source_id": "f62ec884100e16bb44793cc1e718267d7a97e92a", "match": "doi", "source_title": "A Magnetically-Actuated 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Lateral Movement Characterization", "source_year": 2017 }, { "doi": "10.15607/rss.2006.ii.028", "title": "Analytical Characterization of the Accuracy of SLAM without Absolute Orientation Measurements", "year": 2006, "previous_count": 7, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "259e7a8db6464b3fda715ea9c9c286191eeca49a", "match": "doi", "source_title": "Analytical Characterization of the Accuracy of SLAM without Absolute Orientation Measurements", "source_year": 2006 }, { "doi": "10.15607/rss.2018.xiv.038", "title": "Analytical Derivatives of Rigid Body Dynamics Algorithms", "year": 2018, "previous_count": 177, "cited_by_count": 183, "source": "Semantic Scholar", "source_id": "96b6f0cd076d14a8865573736094a909303f1722", "match": "doi", "source_title": "Analytical Derivatives of Rigid Body Dynamics Algorithms", "source_year": 2018 }, { "doi": "10.15607/rss.2014.x.010", "title": "An Analysis of Deceptive Robot Motion", "year": 2014, "previous_count": 51, "cited_by_count": 52, "source": "Semantic Scholar", "source_id": "471cb299a8195c9ee32e740a0ac3bc5393017e8d", "match": "doi", "source_title": "An Analysis of Deceptive Robot Motion", "source_year": 2014 }, { "doi": "10.15607/rss.2011.vii.038", "title": "An Analytic Motion Planning Solution for the Snakeboard", "year": 2011, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "f19794005cdb9f81afcb7ced84051f14be6f8c3a", "match": "doi", "source_title": "An Analytic Motion Planning Solution for the Snakeboard", "source_year": 2011 }, { "doi": "10.15607/rss.2011.vii.011", "title": "An Art Gallery Approach to Ensuring that Landmarks are Distinguishable", "year": 2011, "previous_count": 33, "cited_by_count": 35, "source": "Semantic Scholar", "source_id": "38f106d076e25b091ae6438cc25dba3b488400f3", "match": "doi", "source_title": "An Art Gallery Approach to Ensuring that Landmarks are Distinguishable", "source_year": 2011 }, { "doi": "10.15607/rss.2014.x.045", 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"source": "OpenAlex", "source_id": "https://openalex.org/W3173212615", "match": "doi-title-year", "source_title": "An Empowerment-based Solution to Robotic Manipulation Tasks with Sparse Rewards", "source_year": 2021 }, { "doi": "10.15607/rss.2021.xvii.008", "title": "An End-to-End Differentiable Framework for Contact-Aware Robot Design", "year": 2021, "previous_count": 119, "cited_by_count": 131, "source": "Semantic Scholar", "source_id": "2d12ceab3d4f4333463670fa5c8c6904f2f0efbf", "match": "doi", "source_title": "An End-to-End Differentiable Framework for Contact-Aware Robot Design", "source_year": 2021 }, { "doi": "10.15607/rss.2016.xii.025", "title": "An End-To-End System for Accomplishing Tasks with Modular Robots", "year": 2016, "previous_count": 56, "cited_by_count": 57, "source": "Semantic Scholar", "source_id": "7bf5d1628749415bf372e82c3fc9c66e001f6bfb", "match": "doi", "source_title": "An End-To-End System for Accomplishing Tasks with Modular Robots", "source_year": 2016 }, { "doi": "10.15607/rss.2006.ii.017", "title": "An Equilibrium Point based Model Unifying Movement Control in Humanoids", "year": 2006, "previous_count": 22, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "4708917ed562ce727aaba3da3d49d2569364aeaa", "match": "doi", "source_title": "An Equilibrium Point based Model Unifying Movement Control in Humanoids", "source_year": 2006 }, { "doi": "10.15607/rss.2017.xiii.035", "title": "A neuromorphic controller for a robotic vehicle equipped with a dynamic vision sensor", "year": 2017, "previous_count": 37, "cited_by_count": 37, "source": "Semantic Scholar", "source_id": "7df0d99f33e5c2cefc902f48a080be0a003126ec", "match": "doi", "source_title": "A neuromorphic controller for a robotic vehicle equipped with a dynamic vision sensor", "source_year": 2017 }, { "doi": "10.15607/rss.2006.ii.018", "title": "A New Inlier Identification Scheme for Robust Estimation Problems", "year": 2006, "previous_count": 17, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "6d905d4897bd2e3b16b591e525bfd9476f9b3d5a", "match": "doi", "source_title": "A New Inlier Identification Scheme for Robust Estimation Problems", "source_year": 2006 }, { "doi": "10.15607/rss.2015.xi.016", "title": "A New Perspective and Extension of the Gaussian Filter", "year": 2015, "previous_count": 9, "cited_by_count": 8, "source": "OpenAlex", "source_id": "https://openalex.org/W2626715933", "match": "doi-title-year", "source_title": "A New Perspective and Extension of the Gaussian Filter", "source_year": 2015 }, { "doi": "10.15607/rss.2013.ix.010", "title": "An Exact Decentralized Cooperative Navigation Algorithm for Acoustically Networked Underwater Vehicles with Robustness to Faulty Communication: Theory and Experiment", "year": 2013, "previous_count": 23, "cited_by_count": 23, "source": "Semantic Scholar", "source_id": "9859fe2050749f0e66eb2a0cb4d02967b93b38cd", "match": "doi", "source_title": "An Exact Decentralized Cooperative Navigation Algorithm for Acoustically Networked Underwater Vehicles with Robustness to Faulty Communication: Theory and Experiment", "source_year": 2013 }, { "doi": "10.15607/rss.2007.iii.037", "title": "An experimental study of exploiting multipath fading for robot communications", "year": 2007, "previous_count": 65, "cited_by_count": 65, "source": "Semantic Scholar", "source_id": "839aca53e1b1920b5be9f4cf66b8ac8a13d31a87", "match": "doi", "source_title": "An experimental study of exploiting multipath fading for robot communications", "source_year": 2007 }, { "doi": "10.15607/rss.2007.iii.023", "title": "An Implicit Time-Stepping Method for Multibody Systems with Intermittent Contact", "year": 2007, "previous_count": 20, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "6a23686217109480c23fe81c667c3ce55d07346a", "match": "doi", "source_title": "An Implicit Time-Stepping Method for Multibody Systems with Intermittent Contact", "source_year": 2007 }, { "doi": 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Navigation", "year": 2014, "previous_count": 35, "cited_by_count": 35, "source": "Semantic Scholar", "source_id": "945d4de909e87840fed1ca45642616490ce3fd19", "match": "doi", "source_title": "An Online Sparsity-Cognizant Loop-Closure Algorithm for Visual Navigation", "source_year": 2014 }, { "doi": "10.15607/rss.2016.xii.030", "title": "A Novel Relationship Between Dynamics and Complexity in Multi-agent Collision Avoidance", "year": 2016, "previous_count": 5, "cited_by_count": 5, "source": "Semantic Scholar", "source_id": "72c7e5623f465e77b3b1b73fd0e0b69d2dff4865", "match": "doi", "source_title": "A Novel Relationship Between Dynamics and Complexity in Multi-agent Collision Avoidance", "source_year": 2016 }, { "doi": "10.15607/rss.2014.x.018", "title": "A Novel Type of Compliant, Underactuated Robotic Hand for Dexterous Grasping", "year": 2014, "previous_count": 120, "cited_by_count": 124, "source": "Semantic Scholar", "source_id": "44f5f4bd015ef69cae989cee854272babbde4a47", "match": 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"c2c041725e0c5fa57cccd7f9c1df2d0e559e3937", "match": "doi", "source_title": "A Numerically Robust LCP Solver for Simulating Articulated Rigid Bodies in Contact", "source_year": 2008 }, { "doi": "10.15607/rss.2026.xxii.168", "title": "AnyAmber: A Generalist for Versatile Anonymous Bearing and Range Based Position Tracking", "year": 2026, "previous_count": 0, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "ebe74aaf50c9efaac48e679b87c4d891f47b3a24", "match": "doi", "source_title": "AnyAmber: A Generalist for Versatile Anonymous Bearing and Range Based Position Tracking", "source_year": 2026 }, { "doi": "10.15607/rss.2024.xx.084", "title": "AnyFeature-VSLAM: Automating the Usage of Any Feature into Visual SLAM", "year": 2024, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "69f9840fa89e56b6603c0356b0bd8512fbcafcf3", "match": "doi", "source_title": "AnyFeature-VSLAM: Automating the Usage of Any Feature into Visual SLAM", "source_year": 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Probabilistic Measure of Multi-Robot Connectivity and Ergodic Optimal Control", "year": 2025, "previous_count": 4, "cited_by_count": 5, "source": "Semantic Scholar", "source_id": "5fd8a9bd84bba4aa7891e7307753159da8245041", "match": "doi", "source_title": "A Probabilistic Measure of Multi-Robot Connectivity and Ergodic Optimal Control", "source_year": 2025 }, { "doi": "10.15607/rss.2021.xvii.036", "title": "A Quality Diversity Approach to Automatically Generating Human-Robot Interaction Scenarios in Shared Autonomy", "year": 2021, "previous_count": 43, "cited_by_count": 44, "source": "Semantic Scholar", "source_id": "d20e9e61ed38f75f028dd627db2367de9499b899", "match": "doi", "source_title": "A Quality Diversity Approach to Automatically Generating Human-Robot Interaction Scenarios in Shared Autonomy", "source_year": 2020 }, { "doi": "10.15607/rss.2018.xiv.026", "title": "A Real-time Augmented Reality Surgical System for Overlaying Stiffness Information", "year": 2018, "previous_count": 8, "cited_by_count": 8, "source": "Semantic Scholar", "source_id": "4ab01680aceab185b226453c782d30cf57724004", "match": "doi", "source_title": "A Real-time Augmented Reality Surgical System for Overlaying Stiffness Information", "source_year": 2018 }, { "doi": "10.15607/rss.2018.xiv.040", "title": "A Real-Time Game Theoretic Planner for Autonomous Two-Player Drone Racing", "year": 2018, "previous_count": 144, "cited_by_count": 157, "source": "Semantic Scholar", "source_id": "11d29665a4c105418ff62adbff7887b3601997e4", "match": "doi", "source_title": "A Real-Time Game Theoretic Planner for Autonomous Two-Player Drone Racing", "source_year": 2018 }, { "doi": "10.15607/rss.2025.xxi.088", "title": "A Robot-Assisted Approach to Small Talk Training for Adults with ASD", "year": 2025, "previous_count": 2, "cited_by_count": 6, "source": "Semantic Scholar", "source_id": "c2188a5fc4a8ed427564a922f93042d4dcc67320", "match": "doi", "source_title": "A Robot-Assisted Approach to Small Talk Training 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"source_id": "a47e8a6cfe9fd2aae9bd08f794b41c6579117973", "match": "doi", "source_title": "Asymptotically Optimal Planning for Non-Myopic Multi-Robot Information Gathering", "source_year": 2019 }, { "doi": "10.15607/rss.2026.xxii.007", "title": "A Systematic Study of Data Modalities and Strategies for Co-training Large Behavior Models for Robot Manipulation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7127339389", "match": "doi-title-year", "source_title": "A Systematic Study of Data Modalities and Strategies for Co-training Large Behavior Models for Robot Manipulation", "source_year": 2026 }, { "doi": "10.15607/rss.2013.ix.046", "title": "A Topological Approach to Using Cables to Separate and Manipulate Sets of Objects", "year": 2013, "previous_count": 11, "cited_by_count": 11, "source": "OpenAlex", "source_id": "https://openalex.org/W2174854677", "match": "doi-title-year", "source_title": "A Topological Approach to 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Boundary-Value Approach for Planning Manipulation Tasks", "year": 2005, "previous_count": 7, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "9bc217c2f3a73d342a73b0cd043dc6e968a38c8a", "match": "doi", "source_title": "A Two-Point Boundary-Value Approach for Planning Manipulation Tasks", "source_year": 2005 }, { "doi": "10.15607/rss.2005.i.045", "title": "Auction-Based Multi-Robot Routing", "year": 2005, "previous_count": 331, "cited_by_count": 339, "source": "Semantic Scholar", "source_id": "cc5fe5327d91cde307d9f53772c4cbb903b0bc3f", "match": "doi", "source_title": "Auction-Based Multi-Robot Routing", "source_year": 2005 }, { "doi": "10.15607/rss.2013.ix.002", "title": "Audio-based Relative Positioning System for Multiple Micro Air Vehicle Systems", "year": 2013, "previous_count": 26, "cited_by_count": 27, "source": "Semantic Scholar", "source_id": "9e3cbfa1d577983fe0a7bdaa3e6985a995c9a52c", "match": "doi", "source_title": "Audio-based Relative Positioning System for 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"previous_count": 63, "cited_by_count": 67, "source": "Semantic Scholar", "source_id": "c0c5038346b4733ed8be38a83d8cec8ad697df0e", "match": "doi", "source_title": "Automated shapeshifting for function recovery in damaged robots", "source_year": 2019 }, { "doi": "10.15607/rss.2026.xxii.112", "title": "Automated Synthesis of Facial Mechanisms for Conversational Animatronic Robots", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "fc8add3145a2153f8a79c9798e76787233fbe184", "match": "doi", "source_title": "Automated Synthesis of Facial Mechanisms for Conversational Animatronic Robots", "source_year": 2026 }, { "doi": "10.15607/rss.2020.xvi.030", "title": "Automated Synthesis of Modular Manipulators' Structure and Control for Continuous Tasks around Obstacles", "year": 2020, "previous_count": 6, "cited_by_count": 6, "source": "Semantic Scholar", "source_id": "132a5f141bd441c869f226758d1f32b5f9896c61", "match": "doi", "source_title": 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networks for locomotion of arbitrary modular robot structures", "year": 2014, "previous_count": 16, "cited_by_count": 16, "source": "Semantic Scholar", "source_id": "6eadff238e367f2b9b15c33650917151e1de2e83", "match": "doi", "source_title": "Automatic generation of reduced CPG control networks for locomotion of arbitrary modular robot structures", "source_year": 2014 }, { "doi": "10.15607/rss.2013.ix.029", "title": "Automatic Online Calibration of Cameras and Lasers", "year": 2013, "previous_count": 305, "cited_by_count": 326, "source": "Semantic Scholar", "source_id": "73bed33a5aa661b183ae042783c9ccff2c5820df", "match": "doi", "source_title": "Automatic Online Calibration of Cameras and Lasers", "source_year": 2013 }, { "doi": "10.15607/rss.2007.iii.025", "title": "Automatic Scheduling for Parallel Forward Dynamics Computation of Open Kinematic Chains", "year": 2007, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "9b70795e4932300a259db24041c6b79a48473712", "match": "doi", "source_title": "Automatic Scheduling for Parallel Forward Dynamics Computation of Open Kinematic Chains", "source_year": 2007 }, { "doi": "10.15607/rss.2018.xiv.070", "title": "Autonomous Adaptive Modification of Unstructured Environments", "year": 2018, "previous_count": 22, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "bfe05ed2a4587e1ebad82215a5f31e8110f06968", "match": "doi", "source_title": "Autonomous Adaptive Modification of Unstructured Environments", "source_year": 2018 }, { "doi": "10.15607/rss.2023.xix.002", "title": "Autonomous Justification for Enabling Explainable Decision Support in Human-Robot Teaming", "year": 2023, "previous_count": 17, "cited_by_count": 20, "source": "Semantic Scholar", "source_id": "94eb8708b43cbabad610d3d6b7dd08a3e8a640aa", "match": "doi", "source_title": "Autonomous Justification for Enabling Explainable Decision Support in Human-Robot Teaming", "source_year": 2023 }, 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"doi", "source_title": "Autonomous Thermalling as a Partially Observable Markov Decision Process (Extended Version)", "source_year": 2018 }, { "doi": "10.15607/rss.2019.xv.009", "title": "Autonomous Tool Construction Using Part Shape and Attachment Prediction", "year": 2019, "previous_count": 18, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "64f554810c6e46e9167bbaae61667d16d838724c", "match": "doi", "source_title": "Autonomous Tool Construction Using Part Shape and Attachment Prediction", "source_year": 2019 }, { "doi": "10.15607/rss.2015.xi.039", "title": "Autonomy Infused Teleoperation with Application to BCI Manipulation", "year": 2015, "previous_count": 70, "cited_by_count": 72, "source": "Semantic Scholar", "source_id": "687e1033174e14d8dd313ef450439a7ef6b0e49b", "match": "doi", "source_title": "Autonomy Infused Teleoperation with Application to BCI Manipulation", "source_year": 2015 }, { "doi": "10.15607/rss.2020.xvi.083", "title": "A Variable Rolling SLIP Model for a Conceptual Leg Shape to Increase Robustness of Uncertain Velocity on Unknown Terrain", "year": 2020, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "3c1d6a2e8d22a156cbbec0382e349dce96d479d1", "match": "doi", "source_title": "A Variable Rolling SLIP Model for a Conceptual Leg Shape to Increase Robustness of Uncertain Velocity on Unknown Terrain", "source_year": 2020 }, { "doi": "10.15607/rss.2018.xiv.053", "title": "A Variable Stiffness Gripper with Antagonistic Magnetic Springs for Enhancing Manipulation", "year": 2018, "previous_count": 6, "cited_by_count": 6, "source": "Semantic Scholar", "source_id": "40910b929c72533fbc15ba04bd2f5fcbcffed152", "match": "doi", "source_title": "A Variable Stiffness Gripper with Antagonistic Magnetic Springs for Enhancing Manipulation", "source_year": 2018 }, { "doi": "10.15607/rss.2020.xvi.024", "title": "AVID: Learning Multi-Stage Tasks via Pixel-Level Translation of Human Videos", "year": 2020, "previous_count": 183, "cited_by_count": 190, "source": "Semantic Scholar", "source_id": "d5ea5bad3b5678fde06aa6e9e726ae5ab4f8135a", "match": "doi", "source_title": "AVID: Learning Multi-Stage Tasks via Pixel-Level Translation of Human Videos", "source_year": 2019 }, { "doi": "10.15607/rss.2025.xxi.010", "title": "π₀: A Vision-Language-Action Flow Model for General Robot Control", "year": 2025, "previous_count": 84, "cited_by_count": 163, "source": "Semantic Scholar", "source_id": "7e1ed5d9a72c5b63e34b2023fca4c1ad7b872140", "match": "doi", "source_title": "π₀: A Vision-Language-Action Flow Model for General Robot Control", "source_year": 2025 }, { "doi": "10.15607/rss.2026.xxii.087", "title": "π*₀.₆: a VLA That Learns From Experience", "year": 2026, "previous_count": 1, "cited_by_count": 4, "source": "Semantic Scholar", "source_id": "396cb83a6cc16db76c3db2d906866fc46f169068", "match": "doi", "source_title": "π*₀.₆: a VLA That Learns From Experience", "source_year": 2026 }, { "doi": 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Parameter Spaces for Consistent Long-Horizon Embodied World Model", "year": 2026, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "0064a2ad517bb1b97b5dcb5d8b1bda3bbd5d5fe0", "match": "doi", "source_title": "Collaborating Visual and Parameter Spaces for Consistent Long-Horizon Embodied World Model", "source_year": 2026 }, { "doi": "10.15607/rss.2025.xxi.097", "title": "Collaborative Object Transportation in Space via Impact Interactions", "year": 2025, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W4414051083", "match": "doi-title-year", "source_title": "Collaborative Object Transportation in Space via Impact Interactions", "source_year": 2025 }, { "doi": "10.15607/rss.2024.xx.063", "title": "Collaborative Planar Pushing of Polytopic Objects with Multiple Robots in Complex Scenes", "year": 2024, "previous_count": 6, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "6c2327c41f1b3faa1395ca21e2cb2b27363febf6", "match": "doi", "source_title": "Collaborative Planar Pushing of Polytopic Objects with Multiple Robots in Complex Scenes", "source_year": 2024 }, { "doi": "10.15607/rss.2019.xv.007", "title": "Collective Formation and Cooperative Function of a Magnetic Microrobotic Swarm", "year": 2019, "previous_count": 4, "cited_by_count": 4, "source": "Semantic Scholar", "source_id": "16c94e8b3ef7cd9bcc6e8dbc137461f86a67edf9", "match": "doi", "source_title": "Collective Formation and Cooperative Function of a Magnetic Microrobotic Swarm", "source_year": 2019 }, { "doi": "10.15607/rss.2024.xx.038", "title": "Collision-Affording Point Trees: SIMD-Amenable Nearest Neighbors for Fast Motion Planning with Pointclouds", "year": 2024, "previous_count": 7, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "9a0a17436a51ef71445aa2b394c270a98bf75d34", "match": "doi", "source_title": "Collision-Affording Point Trees: SIMD-Amenable Nearest Neighbors for 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"previous_count": 22, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "3b8f4f82ea24edd45b61183bcf38d57ed5f1bb75", "match": "doi", "source_title": "Collision Probabilities for Continuous-Time Systems Without Sampling [with Appendices]", "source_year": 2020 }, { "doi": "10.15607/rss.2017.xiii.044", "title": "Collisions as Information Sources in Densely Packed Multi-Robot Systems Under Mean-Field Approximations", "year": 2017, "previous_count": 17, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "d0530a5b3648ec647bf7899d9f290c85509aa732", "match": "doi", "source_title": "Collisions as Information Sources in Densely Packed Multi-Robot Systems Under Mean-Field Approximations", "source_year": 2017 }, { "doi": "10.15607/rss.2022.xviii.038", "title": "Collocation Methods for Second Order Systems", "year": 2022, "previous_count": 6, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "eb8d5cbd18a4fb6e7355837c6f7485d30ef0eb20", "match": "doi", 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"year": 2016, "previous_count": 36, "cited_by_count": 37, "source": "Semantic Scholar", "source_id": "44e077072cad2a61800016c06e167882b0aaa196", "match": "doi", "source_title": "Combined Optimization and Reinforcement Learning for Manipulation Skills", "source_year": 2016 }, { "doi": "10.15607/rss.2014.x.014", "title": "Combining 3D Shape, Color, and Motion for Robust Anytime Tracking", "year": 2014, "previous_count": 73, "cited_by_count": 73, "source": "Semantic Scholar", "source_id": "ee409479a79c956e4db84bff684b1576b83cd67c", "match": "doi", "source_title": "Combining 3D Shape, Color, and Motion for Robust Anytime Tracking", "source_year": 2014 }, { "doi": "10.15607/rss.2014.x.052", "title": "Combining the benefits of function approximation and trajectory optimization", "year": 2014, "previous_count": 123, "cited_by_count": 127, "source": "Semantic Scholar", "source_id": "2a1d2ccf4f9d63ecdd5f7373a04926a33f8d9e5d", "match": "doi", "source_title": "Combining the benefits of function 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"503fd52af8fa61984ef55b716707c767b710115e", "match": "doi", "source_title": "Development of a Testbed for Robotic Neuromuscular Controllers", "source_year": 2012 }, { "doi": "10.15607/rss.2006.ii.016", "title": "Development of Methodology for Design and Analysis of Physically Cooperating Robot and Applications to Other Robotic Systems", "year": 2006, "previous_count": 2, "cited_by_count": 2, "source": "Semantic Scholar", "source_id": "89993495814ec93a08a5f56386ad3e397ea03294", "match": "doi", "source_title": "Development of Methodology for Design and Analysis of Physically Cooperating Robot and Applications to Other Robotic Systems", "source_year": 2006 }, { "doi": "10.15607/rss.2025.xxi.106", "title": "Dex1B: Learning with 1B Demonstrations for Dexterous Manipulation", "year": 2025, "previous_count": 1, "cited_by_count": 3, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050570", "match": "doi-title-year", "source_title": "Dex1B: Learning with 1B Demonstrations for 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"source_id": "41f2a087031944f9b990eb102f59b4ff58d6b5ef", "match": "doi", "source_title": "Dex-Net 2.0: Deep Learning to Plan Robust Grasps with Synthetic Point Clouds and Analytic Grasp Metrics", "source_year": 2017 }, { "doi": "10.15607/rss.2025.xxi.105", "title": "Dexonomy: Synthesizing All Dexterous Grasp Types in a Grasp Taxonomy", "year": 2025, "previous_count": 1, "cited_by_count": 8, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050714", "match": "doi-title-year", "source_title": "Dexonomy: Synthesizing All Dexterous Grasp Types in a Grasp Taxonomy", "source_year": 2025 }, { "doi": "10.15607/rss.2023.xix.037", "title": "DexPBT: Scaling up Dexterous Manipulation for Hand-Arm Systems with Population Based Training", "year": 2023, "previous_count": 21, "cited_by_count": 53, "source": "Semantic Scholar", "source_id": "132e507c80e1e77f31b6fa41c1c7ca5863844bfb", "match": "title-authors-year", "source_title": "DexPBT: Scaling up Dexterous Manipulation for Hand-Arm 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"6feb7fd770348f539dad76e0483308ab980e8fc2", "match": "doi", "source_title": "Differentiable Particle Filters: End-to-End Learning with Algorithmic Priors", "source_year": 2018 }, { "doi": "10.15607/rss.2018.xiv.044", "title": "Differentiable Physics and Stable Modes for Tool-Use and Manipulation Planning", "year": 2018, "previous_count": 369, "cited_by_count": 390, "source": "Semantic Scholar", "source_id": "0e03fc69fdfb33742dd4ae0977298b3cabdf579b", "match": "doi", "source_title": "Differentiable Physics and Stable Modes for Tool-Use and Manipulation Planning", "source_year": 2018 }, { "doi": "10.15607/rss.2024.xx.003", "title": "Differentiable Robust Model Predictive Control", "year": 2024, "previous_count": 11, "cited_by_count": 21, "source": "Semantic Scholar", "source_id": "e520b65f26da6a983cb6e82bda4cb1a531f5d529", "match": "title-authors-year", "source_title": "Differentiable Robust Model Predictive Control", "source_year": 2023 }, { "doi": "10.15607/rss.2024.xx.048", "title": "Diffusion Meets DAgger: Supercharging Eye-in-hand Imitation Learning", "year": 2024, "previous_count": 8, "cited_by_count": 52, "source": "Semantic Scholar", "source_id": "0f6d341ffc366c42c4d741668cfa104dea354174", "match": "title-authors-year", "source_title": "Diffusion Meets DAgger: Supercharging Eye-in-hand Imitation Learning", "source_year": 2024 }, { "doi": "10.15607/rss.2023.xix.026", "title": "Diffusion Policy: Visuomotor Policy Learning via Action Diffusion", "year": 2023, "previous_count": 391, "cited_by_count": 4786, "source": "Semantic Scholar", "source_id": "bdba3bd30a49ea4c5b20b43dbd8f0eb59e9d80e2", "match": "title-authors-year", "source_title": "Diffusion policy: Visuomotor policy learning via action diffusion", "source_year": 2023 }, { "doi": "10.15607/rss.2007.iii.029", "title": "Dimensionality Reduction Using Automatic Supervision for Vision-Based Terrain Learning", "year": 2007, "previous_count": 17, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "55c48812b928376e7bfef4a367aeb4df2a1bb943", "match": "doi", "source_title": "Dimensionality Reduction Using Automatic Supervision for Vision-Based Terrain Learning", "source_year": 2007 }, { "doi": "10.15607/rss.2022.xviii.045", "title": "DiPCAN: Distilling Privileged Information for Crowd-Aware Navigation", "year": 2022, "previous_count": 16, "cited_by_count": 20, "source": "Semantic Scholar", "source_id": "015e9fc95d834bdaf75227c716bde993c47f1e9c", "match": "doi", "source_title": "DiPCAN: Distilling Privileged Information for Crowd-Aware Navigation", "source_year": 2022 }, { "doi": "10.15607/rss.2021.xvii.048", "title": "Dipper: A Dynamically Transitioning Aerial-Aquatic Unmanned Vehicle", "year": 2021, "previous_count": 70, "cited_by_count": 81, "source": "Semantic Scholar", "source_id": "8e0f1432f3ea1f3417bee7b9a1278308778e09cb", "match": "doi", "source_title": "Dipper: A Dynamically Transitioning Aerial-Aquatic Unmanned Vehicle", "source_year": 2021 }, { "doi": 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"a2aa493777669c38f0d02e5b50f197daa35da9d4", "match": "doi", "source_title": "Direct Loss Minimization Inverse Optimal Control", "source_year": 2015 }, { "doi": "10.15607/rss.2017.xiii.057", "title": "DIRTREL: Robust Trajectory Optimization with Ellipsoidal Disturbances and LQR Feedback", "year": 2017, "previous_count": 19, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "6017bc00bd0378ea46055fb437cf5e840168e8d0", "match": "doi", "source_title": "DIRTREL: Robust Trajectory Optimization with Ellipsoidal Disturbances and LQR Feedback", "source_year": 2017 }, { "doi": "10.15607/rss.2026.xxii.147", "title": "DISC: Decoupling Instruction from State-Conditioned Control via Policy Generation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7161946464", "match": "doi-title-year", "source_title": "DISC: Decoupling Instruction from State-Conditioned Control via Policy Generation", "source_year": 2026 }, { "doi": 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Navigation", "year": 2017, "previous_count": 353, "cited_by_count": 407, "source": "Semantic Scholar", "source_id": "fd8900782d2535fe5d3c9dd6cbd63da3a4da16a3", "match": "doi", "source_title": "Discrete Control Barrier Functions for Safety-Critical Control of Discrete Systems with Application to Bipedal Robot Navigation", "source_year": 2017 }, { "doi": "10.15607/rss.2007.iii.040", "title": "Discrete Search Leading Continuous Exploration for Kinodynamic Motion Planning", "year": 2007, "previous_count": 84, "cited_by_count": 83, "source": "Semantic Scholar", "source_id": "eebb4425ff9bc123e54342da8e96fdb69cfb6b32", "match": "doi", "source_title": "Discrete Search Leading Continuous Exploration for Kinodynamic Motion Planning", "source_year": 2007 }, { "doi": "10.15607/rss.2025.xxi.127", "title": "Discrete-Time Hybrid Automata Learning: Legged Locomotion Meets Skateboarding", "year": 2025, "previous_count": 1, "cited_by_count": 3, "source": "OpenAlex", "source_id": 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4, "source": "Semantic Scholar", "source_id": "ec24f8abd20bd54da7b176094f6d56907066dfb2", "match": "doi", "source_title": "Distributed Approximation of Joint Measurement Distributions Using Mixtures of Gaussians", "source_year": 2012 }, { "doi": "10.15607/rss.2021.xvii.075", "title": "Distributed Covariance Steering with Consensus ADMM for Stochastic Multi-Agent Systems", "year": 2021, "previous_count": 27, "cited_by_count": 28, "source": "Semantic Scholar", "source_id": "40fb3aaca3141f7f84c2cb9c2e3a7d7de8253afe", "match": "doi", "source_title": "Distributed Covariance Steering with Consensus ADMM for Stochastic Multi-Agent Systems", "source_year": 2021 }, { "doi": "10.15607/rss.2006.ii.007", "title": "Distributed Coverage Control with Sensory Feedback for Networked Robots", "year": 2006, "previous_count": 165, "cited_by_count": 166, "source": "Semantic Scholar", "source_id": "2c2df30f91fd1ae1adb92e57c2462f1d40df52a0", "match": "doi", "source_title": "Distributed Coverage Control with 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"10.15607/rss.2007.iii.039", "title": "Dynamic Coverage Verification in Mobile Sensor Networks Via Switched Higher Order Laplacians", "year": 2007, "previous_count": 25, "cited_by_count": 25, "source": "Semantic Scholar", "source_id": "4cf210e3ad8c8a3bdd5663853585400cb033aa1e", "match": "doi", "source_title": "Dynamic Coverage Verification in Mobile Sensor Networks Via Switched Higher Order Laplacians", "source_year": 2007 }, { "doi": "10.15607/rss.2006.ii.026", "title": "Dynamic Imitation in a Humanoid Robot through Nonparametric Probabilistic Inference", "year": 2006, "previous_count": 101, "cited_by_count": 102, "source": "Semantic Scholar", "source_id": "2192a07e1581387edd8a3862962846b50c8f5bf0", "match": "doi", "source_title": "Dynamic Imitation in a Humanoid Robot through Nonparametric Probabilistic Inference", "source_year": 2006 }, { "doi": "10.15607/rss.2005.i.003", "title": "Dynamic Maps for Long-Term Operation of Mobile Service Robots", "year": 2005, "previous_count": 171, "cited_by_count": 178, "source": "Semantic Scholar", "source_id": "df48e04bbba63c8f4c2145f14fe624143f3d3060", "match": "doi", "source_title": "Dynamic Maps for Long-Term Operation of Mobile Service Robots", "source_year": 2005 }, { "doi": "10.15607/rss.2008.iv.037", "title": "Dynamic Modeling of Stick Slip Motion in an Untethered Magnetic Micro-Robot", "year": 2008, "previous_count": 12, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "990d9216011ff64e30a34c8077ff32d8cf65af55", "match": "doi", "source_title": "Dynamic Modeling of Stick Slip Motion in an Untethered Magnetic Micro-Robot", "source_year": 2008 }, { "doi": "10.15607/rss.2024.xx.012", "title": "Dynamic On-Palm Manipulation via Controlled Sliding", "year": 2024, "previous_count": 5, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "a0065b02aeefa89faa40e4070691d1b46183499b", "match": "title-authors-year", "source_title": "Dynamic On-Palm Manipulation via Controlled Sliding", "source_year": 2024 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2, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050556", "match": "doi-title-year", "source_title": "Dynamic Safety in Complex Environments: Synthesizing Safety Filters with Poisson’s Equation", "source_year": 2025 }, { "doi": "10.15607/rss.2013.ix.011", "title": "Dynamics, Control and Planning for Cooperative Manipulation of Payloads Suspended by Cables from Multiple Quadrotor Robots", "year": 2013, "previous_count": 256, "cited_by_count": 266, "source": "Semantic Scholar", "source_id": "04b6a9d5aafec5c8983ff7d5d044d3730ee68c18", "match": "doi", "source_title": "Dynamics, Control and Planning for Cooperative Manipulation of Payloads Suspended by Cables from Multiple Quadrotor Robots", "source_year": 2013 }, { "doi": "10.15607/rss.2005.i.018", "title": "Dynamic Task Assignment in Robot Swarms", "year": 2005, "previous_count": 104, "cited_by_count": 104, "source": "Semantic Scholar", "source_id": "4c3d291f2d6a986a89036c649fb5da3da5d9789e", "match": "doi", 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"title": "Efficient Data Collection for Robotic Manipulation via Compositional Generalization", "year": 2024, "previous_count": 11, "cited_by_count": 62, "source": "Semantic Scholar", "source_id": "6a51686adfb418b6e1a7c84954f821729fc65ce2", "match": "title-authors-year", "source_title": "Efficient Data Collection for Robotic Manipulation via Compositional Generalization", "source_year": 2024 }, { "doi": "10.15607/rss.2017.xiii.061", "title": "Efficient Equilibrium Testing under Adhesion and Anisotropy using Empirical Contact Force Models", "year": 2017, "previous_count": 18, "cited_by_count": 18, "source": "Semantic Scholar", "source_id": "df9cfd7e325058618aa732902ad1fb69e8d7c857", "match": "doi", "source_title": "Efficient Equilibrium Testing Under Adhesion and Anisotropy Using Empirical Contact Force Models", "source_year": 2017 }, { "doi": "10.15607/rss.2005.i.011", "title": "Efficient Exploration With Latent Structure", "year": 2005, "previous_count": 13, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "12cebb0023516ebed8d58a13d2d23779fef52412", "match": "doi", "source_title": "Efficient Exploration With Latent Structure", "source_year": 2005 }, { "doi": "10.15607/rss.2026.xxii.047", "title": "Efficient Feature-Free Initialization for Monocular Visual-Inertial Systems Using A Feed-Forward 3D Model", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7161688044", "match": "doi-title-year", "source_title": "Efficient Feature-Free Initialization for Monocular Visual-Inertial Systems Using A Feed-Forward 3D Model", "source_year": 2026 }, { "doi": "10.15607/rss.2016.xii.037", "title": "Efficient Grounding of Abstract Spatial Concepts for Natural Language Interaction with Robot Manipulators", "year": 2016, "previous_count": 116, "cited_by_count": 117, "source": "Semantic Scholar", "source_id": "f43cb6b385f4b0c50187dbfe2a3c71dff3ce7876", "match": "doi", "source_title": "Efficient 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Rolling-Shutter Camera with Inaccurate Timestamps", "year": 2014, "previous_count": 58, "cited_by_count": 58, "source": "Semantic Scholar", "source_id": "42b9f51ff77aa6e8ffef005cc28126a60a757826", "match": "doi", "source_title": "Efficient Visual-Inertial Navigation using a Rolling-Shutter Camera with Inaccurate Timestamps", "source_year": 2014 }, { "doi": "10.15607/rss.2023.xix.065", "title": "Efficient volumetric mapping of multi-scale environments using wavelet-based compression", "year": 2023, "previous_count": 13, "cited_by_count": 29, "source": "Semantic Scholar", "source_id": "456a387f6c1541fb26f5c1493c738242b81ff47d", "match": "title-authors-year", "source_title": "Efficient volumetric mapping of multi-scale environments using wavelet-based compression", "source_year": 2023 }, { "doi": "10.15607/rss.2026.xxii.092", "title": "EgoVerse: An Egocentric Human Dataset for Robot Learning from Around the World", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": 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Zero-Shot Generalization in Partially Observable Dynamic Environments", "year": 2021, "previous_count": 1, "cited_by_count": 2, "source": "Semantic Scholar", "source_id": "cf4996ad8ddf6068fba07bfec809d63feaf663f1", "match": "doi", "source_title": "Error-Aware Policy Learning: Zero-Shot Generalization in Partially Observable Dynamic Environments", "source_year": 2021 }, { "doi": "10.15607/rss.2012.viii.001", "title": "Estimating Human Dynamics On-the-fly Using Monocular Video For Pose Estimation", "year": 2012, "previous_count": 12, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "eb0e2a3da61e11838e8e91d4d6c263a74b4697e7", "match": "doi", "source_title": "Estimating Human Dynamics On-the-fly Using Monocular Video For Pose Estimation", "source_year": 2012 }, { "doi": "10.15607/rss.2016.xii.013", "title": "Estimating SE(3) elements using a dual quaternion based linear Kalman filter", "year": 2016, "previous_count": 44, "cited_by_count": 46, "source": "Semantic Scholar", 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"previous_count": 18, "cited_by_count": 18, "source": "Semantic Scholar", "source_id": "9fb81c5413a43f8472ecaa8b3e60fa5eebf600e2", "match": "doi", "source_title": "Experience-driven Predictive Control with Robust Constraint Satisfaction under Time-Varying State Uncertainty", "source_year": 2017 }, { "doi": "10.15607/rss.2012.viii.050", "title": "Experiments with Balancing on Irregular Terrains using the Dreamer Mobile Humanoid Robot", "year": 2012, "previous_count": 13, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "fdf9fb27fd8d454d363b128fc7706fee3ee97bb2", "match": "doi", "source_title": "Experiments with Balancing on Irregular Terrains using the Dreamer Mobile Humanoid Robot", "source_year": 2012 }, { "doi": "10.15607/rss.2020.xvi.097", "title": "Explaining Multi-stage Tasks by Learning Temporal Logic Formulas from Suboptimal Demonstrations", "year": 2020, "previous_count": 29, "cited_by_count": 29, "source": "Semantic Scholar", "source_id": "0c12469d35b9061a49bef3e23ac05041e8df8a42", "match": "doi", "source_title": "Explaining Multi-stage Tasks by Learning Temporal Logic Formulas from Suboptimal Demonstrations", "source_year": 2020 }, { "doi": "10.15607/rss.2009.v.005", "title": "Explicit parametrizations of the configuration spaces of anthropomorphic multi-linkage systems", "year": 2009, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "8d276a38d56e94d98c990eda15e212685476a842", "match": "doi", "source_title": "Explicit parametrizations of the configuration spaces of anthropomorphic multi-linkage systems", "source_year": 2009 }, { "doi": "10.15607/rss.2026.xxii.188", "title": "Exploit Agile Mobility of Steerable-Wheeled Mobile Robots: A Fast Motion Planning Approach", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "c7a4e5eaece70bdfeb16b74feffe8d80b7098bdd", "match": "doi", "source_title": "Exploit Agile Mobility of Steerable-Wheeled 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"cited_by_count": 3, "source": "Semantic Scholar", "source_id": "e61b8bef2b058d3d730dec2e36357821e5196841", "match": "doi", "source_title": "Exploiting Stochasticity for the Control of Transitions in Gyre Flows", "source_year": 2018 }, { "doi": "10.15607/rss.2015.xi.023", "title": "Exploiting the Separable Structure of SLAM", "year": 2015, "previous_count": 13, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "9d38cc6bae891c38b7a8c13a82be79af6ef6ce3f", "match": "doi", "source_title": "Exploiting the Separable Structure of SLAM", "source_year": 2015 }, { "doi": "10.15607/rss.2013.ix.021", "title": "Exploiting Urban Scenes for Vision-aided Inertial Navigation", "year": 2013, "previous_count": 27, "cited_by_count": 27, "source": "Semantic Scholar", "source_id": "2933df9d6065412e18abad6504cc5be58a16c86f", "match": "doi", "source_title": "Exploiting Urban Scenes for Vision-aided Inertial Navigation", "source_year": 2013 }, { "doi": "10.15607/rss.2011.vii.004", "title": "Exploiting Variable Stiffness in Explosive Movement Tasks", "year": 2011, "previous_count": 71, "cited_by_count": 71, "source": "Semantic Scholar", "source_id": "47ca90957f76920ee30484e00124c7be0d0c9223", "match": "doi", "source_title": "Exploiting Variable Stiffness in Explosive Movement Tasks", "source_year": 2011 }, { "doi": "10.15607/rss.2024.xx.089", "title": "Explore until Confident: Efficient Exploration for Embodied Question Answering", "year": 2024, "previous_count": 18, "cited_by_count": 121, "source": "Semantic Scholar", "source_id": "19d3099bf0fbe63372df304c35f2ebe2ff1af357", "match": "title-authors-year", "source_title": "Explore until Confident: Efficient Exploration for Embodied Question Answering", "source_year": 2024 }, { "doi": "10.15607/rss.2024.xx.107", "title": "Expressive Whole-Body Control for Humanoid Robots", "year": 2024, "previous_count": 70, "cited_by_count": 315, "source": "Semantic Scholar", "source_id": "ef30f4b14bbbb58796a3811f54d5b059c4e05e99", "match": "title-authors-year", "source_title": "Expressive Whole-Body Control for Humanoid Robots", "source_year": 2024 }, { "doi": "10.15607/rss.2012.viii.004", "title": "Extrinsic Calibration from Per-Sensor Egomotion", "year": 2012, "previous_count": 57, "cited_by_count": 60, "source": "Semantic Scholar", "source_id": "64f5e56a56f0eef571ffaa66e039efcca273af21", "match": "doi", "source_title": "Extrinsic Calibration from Per-Sensor Egomotion", "source_year": 2012 }, { "doi": "10.15607/rss.2020.xvi.096", "title": "Eyes-Closed Safety Kernels: Safety of Autonomous Systems Under Loss of Observability", "year": 2020, "previous_count": 9, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "405c80f7c611432aa54cd222c548d41fdac8957e", "match": "doi", "source_title": "Eyes-Closed Safety Kernels: Safety for Autonomous Systems Under Loss of Observability", "source_year": 2020 }, { "doi": "10.15607/rss.2022.xviii.035", "title": "Factory: Fast Contact for Robotic Assembly", "year": 2022, "previous_count": 54, "cited_by_count": 133, "source": "Semantic Scholar", "source_id": "366ca45102a6111dbb256a908aa3f2bdb6a707dc", "match": "title-authors-year", "source_title": "Factory: Fast Contact for Robotic Assembly", "source_year": 2022 }, { "doi": "10.15607/rss.2025.xxi.079", "title": "FACTR: Force-Attending Curriculum Training for Contact-Rich Policy Learning", "year": 2025, "previous_count": 10, "cited_by_count": 17, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050728", "match": "doi-title-year", "source_title": "FACTR: Force-Attending Curriculum Training for Contact-Rich Policy Learning", "source_year": 2025 }, { "doi": "10.15607/rss.2022.xviii.054", "title": "FaDIV-Syn: Fast Depth-Independent View Synthesis using Soft Masks and Implicit Blending", "year": 2022, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "3699a59f3aaf8a9e9bd4b828771049c3cf665f92", "match": "doi", "source_title": "FaDIV-Syn: Fast Depth-Independent View Synthesis using Soft Masks and Implicit Blending", "source_year": 2021 }, { "doi": "10.15607/rss.2012.viii.046", "title": "Failure anticipation in pursuit-evasion", "year": 2012, "previous_count": 2, "cited_by_count": 2, "source": "Semantic Scholar", "source_id": "03925df3088bb5112fa393319e2756d87571df22", "match": "doi", "source_title": "Failure anticipation in pursuit-evasion", "source_year": 2012 }, { "doi": "10.15607/rss.2022.xviii.042", "title": "Failure Prediction with Statistical Guarantees for Vision-Based Robot Control", "year": 2022, "previous_count": 25, "cited_by_count": 35, "source": "Semantic Scholar", "source_id": "1947bf44da309a3fc7bc50af0a6a09553d345c76", "match": "doi", "source_title": "Failure Prediction with Statistical Guarantees for Vision-Based Robot Control", "source_year": 2022 }, { "doi": "10.15607/rss.2021.xvii.055", "title": "Falling Into Place: Drop Assembly of Interlocking Puzzles", "year": 2021, "previous_count": 3, "cited_by_count": 3, "source": "Semantic Scholar", "source_id": "c1bb7da059fc1855fea8e622965ccd25c12b8435", "match": "doi", "source_title": "Falling Into Place: Drop Assembly of Interlocking Puzzles", "source_year": 2021 }, { "doi": "10.15607/rss.2021.xvii.034", "title": "Fast and Feature-Complete Differentiable Physics Engine for Articulated Rigid Bodies with Contact Constraints", "year": 2021, "previous_count": 57, "cited_by_count": 63, "source": "Semantic Scholar", "source_id": "d63d4ace21452d62bfcf514e48e49c4016c7ad89", "match": "doi", "source_title": "Fast and Feature-Complete Differentiable Physics Engine for Articulated Rigid Bodies with Contact Constraints", "source_year": 2021 }, { "doi": "10.15607/rss.2021.xvii.091", "title": "Fast and Memory Efficient Graph Optimization via ICM for Visual Place Recognition", "year": 2021, "previous_count": 14, "cited_by_count": 14, "source": "Semantic Scholar", "source_id": "54cd2e19a33d2c6de7ae0e2ae081ef3ab1ab4e96", "match": "doi", 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Initialization Leveraging Learned Single-View Depth", "year": 2023, "previous_count": 13, "cited_by_count": 14, "source": "Semantic Scholar", "source_id": "cad0bbe13dbbca22cde22b475d93045e8daae663", "match": "doi", "source_title": "Fast Monocular Visual-Inertial Initialization Leveraging Learned Single-View Depth", "source_year": 2023 }, { "doi": "10.15607/rss.2018.xiv.054", "title": "Fast Online Trajectory Optimization for the Bipedal Robot Cassie", "year": 2018, "previous_count": 138, "cited_by_count": 142, "source": "Semantic Scholar", "source_id": "35648a156667ffeb02d7642d5153766faa7f1eeb", "match": "doi", "source_title": "Fast Online Trajectory Optimization for the Bipedal Robot Cassie", "source_year": 2018 }, { "doi": "10.15607/rss.2008.iv.003", "title": "Fast Probabilistic Labeling of City Maps", "year": 2008, "previous_count": 51, "cited_by_count": 51, "source": "Semantic Scholar", "source_id": "f3683168f9ac5ef8089037049313a9a675035975", "match": "doi", "source_title": "Fast Probabilistic Labeling of City Maps", "source_year": 2008 }, { "doi": "10.15607/rss.2020.xvi.089", "title": "Fast Risk Assessment for Autonomous Vehicles Using Learned Models of Agent Futures", "year": 2020, "previous_count": 33, "cited_by_count": 33, "source": "Semantic Scholar", "source_id": "00583a317a10f37c0aacb2805ae69787f98639ec", "match": "doi", "source_title": "Fast Risk Assessment for Autonomous Vehicles Using Learned Models of Agent Futures", "source_year": 2020 }, { "doi": "10.15607/rss.2013.ix.049", "title": "Fast Scheduling of Multi-Robot Teams with Temporospatial Constraints", "year": 2013, "previous_count": 133, "cited_by_count": 137, "source": "Semantic Scholar", "source_id": "90fab0dfff88b2042ba0cac37ebc657026b7a1e9", "match": "doi", "source_title": "Fast Scheduling of Multi-Robot Teams with Temporospatial Constraints", "source_year": 2013 }, { "doi": "10.15607/rss.2011.vii.036", "title": "Fast Trajectory Correction for Nonholonomic Mobile Robots using Affine Transformations", "year": 2011, "previous_count": 12, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "3b1635dbebc5a4e8d54fb92eebb433fd2a8f506b", "match": "doi", "source_title": "Fast Trajectory Correction for Nonholonomic Mobile Robots using Affine Transformations", "source_year": 2011 }, { "doi": "10.15607/rss.2017.xiii.030", "title": "Fast Trajectory Optimization for Agile Quadrotor Maneuvers with a Cable-Suspended Payload", "year": 2017, "previous_count": 135, "cited_by_count": 146, "source": "Semantic Scholar", "source_id": "2d195811f126b28b2887e9de02095291c2d99f90", "match": "doi", "source_title": "Fast Trajectory Optimization for Agile Quadrotor Maneuvers with a Cable-Suspended Payload", "source_year": 2017 }, { "doi": "10.15607/rss.2023.xix.054", "title": "Fast Traversability Estimation for Wild Visual Navigation", "year": 2023, "previous_count": 60, "cited_by_count": 128, "source": "Semantic Scholar", "source_id": "125393520df7ca1b517c6d2319934e3be1f1e2fb", "match": "title-authors-year", "source_title": "Fast Traversability Estimation for Wild Visual Navigation", "source_year": 2023 }, { "doi": "10.15607/rss.2020.xvi.017", "title": "Fast Uniform Dispersion of a Crash-prone Swarm", "year": 2020, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "582e90a17084662c03e0672ca6561e52714a478d", "match": "doi", "source_title": "Fast Uniform Dispersion of a Crash-prone Swarm", "source_year": 2019 }, { "doi": "10.15607/rss.2012.viii.002", "title": "Fast Weighted Exponential Product Rules for Robust General Multi-Robot Data Fusion", "year": 2012, "previous_count": 28, "cited_by_count": 28, "source": "Semantic Scholar", "source_id": "4ae4c5d3aae4e31ac3c8e884e1de081265aa6bad", "match": "doi", "source_title": "Fast Weighted Exponential Product Rules for Robust General Multi-Robot Data Fusion", "source_year": 2012 }, { "doi": "10.15607/rss.2025.xxi.083", "title": "FEAST: A Flexible Mealtime-Assistance System Towards 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"source_title": "Feature-Based SLAM: Why Simultaneous Localisation and Mapping?", "source_year": 2021 }, { "doi": "10.15607/rss.2009.v.037", "title": "Feedback control for steering needles through 3D deformable tissue using helical paths", "year": 2009, "previous_count": 75, "cited_by_count": 75, "source": "Semantic Scholar", "source_id": "fb63a69ca8bd9a6fe7801d96f5bddda6c3d7b2bf", "match": "doi", "source_title": "Feedback Control for Steering Needles Through 3D Deformable Tissue Using Helical Paths", "source_year": 2009 }, { "doi": "10.15607/rss.2017.xiii.066", "title": "Feedback Synthesis for Controllable Underactuated Systems using Sequential Second Order Actions", "year": 2017, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "f18ee0cf20968bf42638efd2e4df19d53352929d", "match": "doi", "source_title": "Feedback Synthesis for Controllable Underactuated Systems using Sequential Second Order Actions", "source_year": 2017 }, { "doi": 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Dense 3D Reconstruction using CPU Computing", "year": 2018, "previous_count": 28, "cited_by_count": 28, "source": "Semantic Scholar", "source_id": "a4a220ae3a1664a26ad4f5be4b7ef0278830ceb2", "match": "doi", "source_title": "FlashFusion: Real-time Globally Consistent Dense 3D Reconstruction using CPU Computing", "source_year": 2018 }, { "doi": "10.15607/rss.2026.xxii.099", "title": "FlashSAC: Fast and Stable Off-Policy Reinforcement Learning for High-Dimensional Robot Control", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7151342152", "match": "doi-title-year", "source_title": "FlashSAC: Fast and Stable Off-Policy Reinforcement Learning for High-Dimensional Robot Control", "source_year": 2026 }, { "doi": "10.15607/rss.2022.xviii.018", "title": "FlowBot3D: Learning 3D Articulation Flow to Manipulate Articulated Objects", "year": 2022, "previous_count": 45, "cited_by_count": 162, "source": "Semantic Scholar", "source_id": "c31160da259cf38503ab9a27920bb994ec039d8b", "match": "title-authors-year", "source_title": "FlowBot3D: Learning 3D Articulation Flow to Manipulate Articulated Objects", "source_year": 2022 }, { "doi": "10.15607/rss.2025.xxi.051", "title": "Flow Matching Ergodic Coverage", "year": 2025, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W4414051110", "match": "doi-title-year", "source_title": "Flow Matching Ergodic Coverage", "source_year": 2025 }, { "doi": "10.15607/rss.2025.xxi.130", "title": "Flying Hand: End-Effector-Centric Framework for Versatile Aerial Manipulation Teleoperation and Policy Learning", "year": 2025, "previous_count": 6, "cited_by_count": 10, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050698", "match": "doi-title-year", "source_title": "Flying Hand: End-Effector-Centric Framework for Versatile Aerial Manipulation Teleoperation and Policy Learning", "source_year": 2025 }, { "doi": "10.15607/rss.2008.iv.026", "title": "fMRI-Compatible Robotic Interfaces with Fluidic Actuation", "year": 2008, "previous_count": 14, "cited_by_count": 14, "source": "Semantic Scholar", "source_id": "db053e490fc120704a887a9ab0e9299503139e09", "match": "doi", "source_title": "fMRI-Compatible Robotic Interfaces with Fluidic Actuation", "source_year": 2008 }, { "doi": "10.15607/rss.2018.xiv.066", "title": "Following High-level Navigation Instructions on a Simulated Quadcopter with Imitation Learning", "year": 2018, "previous_count": 65, "cited_by_count": 67, "source": "Semantic Scholar", "source_id": "91c7fc5b47c6767632ba030167bb59d9d080fbed", "match": "doi", "source_title": "Following High-level Navigation Instructions on a Simulated Quadcopter with Imitation Learning", "source_year": 2018 }, { "doi": "10.15607/rss.2023.xix.001", "title": "Follow my Advice: Assume-Guarantee Approach to Task Planning with Human in the Loop", "year": 2023, "previous_count": 2, "cited_by_count": 3, "source": "Semantic Scholar", "source_id": "fa177132238f0e97682e76f015c18f6795bee85b", "match": "doi", "source_title": "Follow my Advice: Assume-Guarantee Approach to Task Planning with Human in the Loop", "source_year": 2023 }, { "doi": "10.15607/rss.2026.xxii.128", "title": "Force Policy: Learning Hybrid Force-Position Control Policy under Interaction Frame for Contact-Rich Manipulation", "year": 2026, "previous_count": 0, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W7131641145", "match": "doi-title-year", "source_title": "Force Policy: Learning Hybrid Force-Position Control Policy under Interaction Frame for Contact-Rich Manipulation", "source_year": 2026 }, { "doi": "10.15607/rss.2012.viii.010", "title": "Formalizing Assistive Teleoperation", "year": 2012, "previous_count": 164, "cited_by_count": 170, "source": "Semantic Scholar", "source_id": "21bf7c1bf99c0110cc0310825652a26b3f1b355f", "match": "doi", "source_title": "Formalizing Assistive 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"cited_by_count": 225, "source": "Semantic Scholar", "source_id": "f80de0e8d343166f8e9b2cf844253d7b24b443d4", "match": "title-authors-year", "source_title": "FurnitureBench: Reproducible real-world benchmark for long-horizon complex manipulation", "source_year": 2023 }, { "doi": "10.15607/rss.2022.xviii.067", "title": "FuseBot: RF-Visual Mechanical Search", "year": 2022, "previous_count": 7, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "01c63b044b929b9c136c1af9ebe10ae388cc7737", "match": "doi", "source_title": "FuseBot: RF-Visual Mechanical Search", "source_year": 2022 }, { "doi": "10.15607/rss.2025.xxi.123", "title": "Gain Tuning Is Not What You Need: Reward Gain Adaptation for Constrained Locomotion Learning", "year": 2025, "previous_count": 0, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "98937ae18d222cd360a7e0494c779cdfdfc77ccd", "match": "doi", "source_title": "Gain Tuning Is Not What You Need: Reward Gain Adaptation for Constrained Locomotion 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"match": "doi", "source_title": "Get Out of My Lab: Large-scale, Real-Time Visual-Inertial Localization", "source_year": 2015 }, { "doi": "10.15607/rss.2021.xvii.003", "title": "Get to the Point: Learning Lidar Place Recognition and Metric Localisation Using Overhead Imagery", "year": 2021, "previous_count": 23, "cited_by_count": 23, "source": "Semantic Scholar", "source_id": "8d7862a4fe806e6b8f7892e08a426c836c9a55e6", "match": "doi", "source_title": "Get to the Point: Learning Lidar Place Recognition and Metric Localisation Using Overhead Imagery", "source_year": 2021 }, { "doi": "10.15607/rss.2026.xxii.055", "title": "GHOST: Hierarchical Sub-Goal Policies for Generalizing Robot Manipulation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7164171735", "match": "doi-title-year", "source_title": "GHOST: Hierarchical Sub-Goal Policies for Generalizing Robot Manipulation", "source_year": 2026 }, { "doi": 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Imitation Learning using Score-based Diffusion Policies", "year": 2023, "previous_count": 56, "cited_by_count": 335, "source": "Semantic Scholar", "source_id": "1334a47e8f4e4ffd04ff534329d76a5e5cc16f46", "match": "title-authors-year", "source_title": "Goal-Conditioned Imitation Learning using Score-based Diffusion Policies", "source_year": 2023 }, { "doi": "10.15607/rss.2024.xx.117", "title": "Goal-Reaching Trajectory Design Near Danger with Piecewise Affine Reach-avoid Computation", "year": 2024, "previous_count": 2, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "011fe9b5f5a49264fb66cec403238f353acedbcb", "match": "title-authors-year", "source_title": "Goal-Reaching Trajectory Design Near Danger with Piecewise Affine Reach-avoid Computation", "source_year": 2024 }, { "doi": "10.15607/rss.2018.xiv.052", "title": "GPU-Based Max Flow Maps in the Plane", "year": 2018, "previous_count": 3, "cited_by_count": 3, "source": "Semantic Scholar", "source_id": 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"previous_count": 5, "cited_by_count": 9, "source": "Semantic Scholar", "source_id": "cc57c09fe7c2122bb08f4ababa630379831de811", "match": "doi", "source_title": "Hamilton-Jacobi Reachability Analysis for Hybrid Systems with Controlled and Forced Transitions", "source_year": 2023 }, { "doi": "10.15607/rss.2018.xiv.018", "title": "Handling implicit and explicit constraints in manipulation planning", "year": 2018, "previous_count": 10, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "4727b8cdfb96a5db2acbc65282ad3985545a5c1c", "match": "doi", "source_title": "Handling implicit and explicit constraints in manipulation planning", "source_year": 2018 }, { "doi": "10.15607/rss.2019.xv.030", "title": "Hao Zhang: Robot Adaptation to Unstructured Terrains by Joint Representation and Apprenticeship Learning", "year": 2019, "previous_count": 33, "cited_by_count": 34, "source": "Semantic Scholar", "source_id": "b36ce7f132342c4c808fdba8b715ee5667615e86", "match": "doi", 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Disturbance Estimation with Hybrid Dynamics VIO", "year": 2023, "previous_count": 14, "cited_by_count": 26, "source": "Semantic Scholar", "source_id": "1538f7806e5e088434a2324c2d99c4c077d7b056", "match": "title-authors-year", "source_title": "HDVIO: Improving Localization and Disturbance Estimation with Hybrid Dynamics VIO", "source_year": 2023 }, { "doi": "10.15607/rss.2017.xiii.074", "title": "Herding by Caging: a Topological Approach towards Guiding Moving Agents via Mobile Robots", "year": 2017, "previous_count": 42, "cited_by_count": 43, "source": "Semantic Scholar", "source_id": "3e89a68f48b530d6ece49fb10dc96f36e1dd8da4", "match": "doi", "source_title": "Herding by Caging: a Topological Approach towards Guiding Moving Agents via Mobile Robots", "source_year": 2017 }, { "doi": "10.15607/rss.2020.xvi.094", "title": "Heterogeneous Graph Attention Networks for Scalable Multi-Robot Scheduling with Temporospatial Constraints", "year": 2020, "previous_count": 14, "cited_by_count": 14, 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Motion Prediction in Occluded Environments for Safe Motion Planning", "year": 2020, "previous_count": 5, "cited_by_count": 5, "source": "Semantic Scholar", "source_id": "a5ab4b02970f08e80b09b6fb3123fc77d00133a4", "match": "doi", "source_title": "HMPO: Human Motion Prediction in Occluded Environments for Safe Motion Planning", "source_year": 2020 }, { "doi": "10.15607/rss.2025.xxi.070", "title": "HOMIE: Humanoid Loco-Manipulation with Isomorphic Exoskeleton Cockpit", "year": 2025, "previous_count": 8, "cited_by_count": 21, "source": "OpenAlex", "source_id": "https://openalex.org/W4414079229", "match": "doi-title-year", "source_title": "HOMIE: Humanoid Loco-Manipulation with Isomorphic Exoskeleton Cockpit", "source_year": 2025 }, { "doi": "10.15607/rss.2026.xxii.205", "title": "HoMMI: Learning Whole-Body Mobile Manipulation from Human Demonstrations", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7133535253", "match": 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Optimizing Energy-Constrained Cooperative Routing with a DRL Framework", "year": 2025, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "268ee12de8ea9132617dc4543d1ce296f4f32918", "match": "doi", "source_title": "How to Coordinate UAVs and UGVs for Efficient Mission Planning? 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Generalizable Task Planning", "year": 2024, "previous_count": 10, "cited_by_count": 70, "source": "Semantic Scholar", "source_id": "4f0acfbef71769acaa2faced3faa7c6d2af1a0d3", "match": "title-authors-year", "source_title": "InterPreT: Interactive Predicate Learning from Language Feedback for Generalizable Task Planning", "source_year": 2024 }, { "doi": "10.15607/rss.2025.xxi.089", "title": "Interruption Handling for Conversational Robots", "year": 2025, "previous_count": 2, "cited_by_count": 7, "source": "OpenAlex", "source_id": "https://openalex.org/W4414051101", "match": "doi-title-year", "source_title": "Interruption Handling for Conversational Robots", "source_year": 2025 }, { "doi": "10.15607/rss.2017.xiii.033", "title": "Introspective Evaluation of Perception Performance for Parameter Tuning without Ground Truth", "year": 2017, "previous_count": 13, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "493abaf881c3a6e9d3bf47a8d6e75abb4e75f557", "match": "doi", "source_title": "Introspective Evaluation of Perception Performance for Parameter Tuning without Ground Truth", "source_year": 2017 }, { "doi": "10.15607/rss.2022.xviii.064", "title": "Invariance Through Latent Alignment", "year": 2022, "previous_count": 11, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "bbaffbe6b99a6677be4ff072c3ba187f79538de7", "match": "doi", "source_title": "Invariance Through Latent Alignment", "source_year": 2021 }, { "doi": "10.15607/rss.2006.ii.023", "title": "Inverse Kinematics for a Serial Chain with Joints Under Distance Constraints", "year": 2006, "previous_count": 42, "cited_by_count": 42, "source": "Semantic Scholar", "source_id": "7c31973f074844c2b03a613fda944273f11d8f6a", "match": "doi", "source_title": "Inverse Kinematics for a Serial Chain with Joints Under Distance Constraints", "source_year": 2006 }, { "doi": "10.15607/rss.2019.xv.065", "title": "Inverting Learned Dynamics Models for Aggressive Multirotor Control", "year": 2019, "previous_count": 6, "cited_by_count": 6, "source": "Semantic Scholar", "source_id": "4206549a82c6cadc69dc2f6b0dabe940b1c35634", "match": "doi", "source_title": "Inverting Learned Dynamics Models for Aggressive Multirotor Control", "source_year": 2019 }, { "doi": "10.15607/rss.2023.xix.004", "title": "Investigating the Impact of Experience on a User's Ability to Perform Hierarchical Abstraction", "year": 2023, "previous_count": 5, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "db338b78509043d01fb2e556c6d3c6ac2b040191", "match": "doi", "source_title": "Investigating the Impact of Experience on a User's Ability to Perform Hierarchical Abstraction", "source_year": 2023 }, { "doi": "10.15607/rss.2021.xvii.020", "title": "INVIGORATE: Interactive Visual Grounding and Grasping in Clutter", "year": 2021, "previous_count": 71, "cited_by_count": 79, "source": "Semantic Scholar", "source_id": "5aebb2f01a1d13a89587af77b2554ff22ae1c6c9", "match": "doi", "source_title": 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Policy Comparison with Near-Optimal Stopping", "year": 2025, "previous_count": 1, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W4414079252", "match": "doi-title-year", "source_title": "Is Your Imitation Learning Policy Better than Mine? Policy Comparison with Near-Optimal Stopping", "source_year": 2025 }, { "doi": "10.15607/rss.2020.xvi.028", "title": "Iterative Repair of Social Robot Programs from Implicit User Feedback via Bayesian Inference", "year": 2020, "previous_count": 4, "cited_by_count": 5, "source": "Semantic Scholar", "source_id": "d00585f57eefb0d646f429c6f516e5880ee67792", "match": "doi", "source_title": "Iterative Repair of Social Robot Programs from Implicit User Feedback via Bayesian Inference", "source_year": 2020 }, { "doi": "10.15607/rss.2022.xviii.016", "title": "Iterative Residual Policy for Goal-Conditioned Dynamic Manipulation of Deformable Objects", "year": 2022, "previous_count": 41, "cited_by_count": 126, "source": "Semantic Scholar", "source_id": "2b91aa3417fbe20cb18eb99e3775e486c9c25695", "match": "title-authors-year", "source_title": "Iterative residual policy: For goal-conditioned dynamic manipulation of deformable objects", "source_year": 2022 }, { "doi": "10.15607/rss.2021.xvii.015", "title": "Jerk-limited Real-time Trajectory Generation with Arbitrary Target States", "year": 2021, "previous_count": 102, "cited_by_count": 131, "source": "Semantic Scholar", "source_id": "57d5339c41981347b16bba3718c4cde04899842c", "match": "doi", "source_title": "Jerk-limited Real-time Trajectory Generation with Arbitrary Target States", "source_year": 2021 }, { "doi": "10.15607/rss.2024.xx.007", "title": "JIGGLE: An Active Sensing Framework for Boundary Parameters Estimation in Deformable Surgical Environments", "year": 2024, "previous_count": 5, "cited_by_count": 18, "source": "Semantic Scholar", "source_id": "cd81426bed284729d6f5b32fd65324dcb25a2ecb", "match": "title-authors-year", "source_title": "JIGGLE: An Active Sensing Framework for Boundary Parameters Estimation in Deformable Surgical Environments", "source_year": 2024 }, { "doi": "10.15607/rss.2017.xiii.018", "title": "Job Selection in a Network of Autonomous UAVs for Delivery of Goods", "year": 2017, "previous_count": 28, "cited_by_count": 28, "source": "Semantic Scholar", "source_id": "e213adbdc6ffd9010e8511717a4fe295980a7ca1", "match": "doi", "source_title": "Job Selection in a Network of Autonomous UAVs for Delivery of Goods", "source_year": 2016 }, { "doi": "10.15607/rss.2017.xiii.003", "title": "Joint Optimization of Robot Design and Motion Parameters using the Implicit Function Theorem", "year": 2017, "previous_count": 92, "cited_by_count": 98, "source": "Semantic Scholar", "source_id": "8202b70ceb04b1a3145166a9a7115242f9b0698e", "match": "doi", "source_title": "Joint Optimization of Robot Design and Motion Parameters using the Implicit Function Theorem", "source_year": 2017 }, { "doi": "10.15607/rss.2025.xxi.038", "title": "Joint State and Noise Covariance Estimation", "year": 2025, "previous_count": 1, "cited_by_count": 3, "source": "OpenAlex", "source_id": "https://openalex.org/W4414079263", "match": "doi-title-year", "source_title": "Joint State and Noise Covariance Estimation", "source_year": 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"1678c758a1055a31b6a0167c42886b070a790471", "match": "doi", "source_title": "Keyframe-Based Visual-Inertial SLAM using Nonlinear Optimization", "source_year": 2013 }, { "doi": "10.15607/rss.2024.xx.096", "title": "Keypoint Action Tokens Enable In-Context Imitation Learning in Robotics", "year": 2024, "previous_count": 20, "cited_by_count": 104, "source": "Semantic Scholar", "source_id": "2a6dba98bfa00381173a76d3e0317fd81c00ee4b", "match": "title-authors-year", "source_title": "Keypoint Action Tokens Enable In-Context Imitation Learning in Robotics", "source_year": 2024 }, { "doi": "10.15607/rss.2024.xx.081", "title": "Khronos: A Unified Approach for Spatio-Temporal Metric-Semantic SLAM in Dynamic Environments", "year": 2024, "previous_count": 26, "cited_by_count": 96, "source": "Semantic Scholar", "source_id": "2b29fa55ec10202305615c7b1084d73e91836208", "match": "title-authors-year", "source_title": "Khronos: A Unified Approach for Spatio-Temporal Metric-Semantic SLAM in Dynamic Environments", "source_year": 2024 }, { "doi": "10.15607/rss.2026.xxii.184", "title": "KinDER: A Physical Reasoning Benchmark for Robot Learning and Planning", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7157870359", "match": "doi-title-year", "source_title": "KinDER: A Physical Reasoning Benchmark for Robot Learning and Planning", "source_year": 2026 }, { "doi": "10.15607/rss.2011.vii.017", "title": "Kinematic Cartography for Locomotion at Low Reynolds Numbers", "year": 2011, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "72a431fffab92da9c37f8abdd1e60322b79127f4", "match": "doi", "source_title": "Kinematic Cartography for Locomotion at Low Reynolds Numbers", "source_year": 2011 }, { "doi": "10.15607/rss.2013.ix.052", "title": "Kinodynamic Planning in the Configuration Space via Admissible Velocity Propagation", "year": 2013, "previous_count": 40, "cited_by_count": 41, "source": "Semantic Scholar", "source_id": "5687106949700648764f048b2c27b9c87b8218ee", "match": "doi", "source_title": "Kinodynamic Planning in the Configuration Space via Admissible Velocity Propagation", "source_year": 2013 }, { "doi": "10.15607/rss.2025.xxi.008", "title": "Kinodynamic Trajectory Following with STELA: Simultaneous Trajectory Estimation & Local Adaptation", "year": 2025, "previous_count": 0, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W4414079239", "match": "doi-title-year", "source_title": "Kinodynamic Trajectory Following with STELA: Simultaneous Trajectory Estimation & Local Adaptation", "source_year": 2025 }, { "doi": "10.15607/rss.2026.xxii.038", "title": "KlaskTron: An Open-Source Platform for Physical Adversarial Multi-Agent RL", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "587175f05d92d19d86c72ac54f0ee1f81fcfda91", "match": "doi", "source_title": "KlaskTron: An Open-Source Platform for Physical Adversarial Multi-Agent RL", "source_year": 2026 }, { "doi": "10.15607/rss.2026.xxii.119", "title": "Knowing When Not to Help: Active Estimation of Human Reachability for Just-Right Robot Assistance", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "4da33b940991cb5ef30b84dd54d507c2ed22454d", "match": "doi", "source_title": "Knowing When Not to Help: Active Estimation of Human Reachability for Just-Right Robot Assistance", "source_year": 2026 }, { "doi": "10.15607/rss.2024.xx.037", "title": "Language-Augmented Symbolic Planner for Open-World Task Planning", "year": 2024, "previous_count": 6, "cited_by_count": 26, "source": "Semantic Scholar", "source_id": "092fc465d80015c677167f213de77c0114ede76b", "match": "title-authors-year", "source_title": "Language-Augmented Symbolic Planner for Open-World Task Planning", "source_year": 2024 }, { "doi": "10.15607/rss.2021.xvii.047", "title": "Language Conditioned Imitation Learning Over Unstructured Data", "year": 2021, "previous_count": 294, "cited_by_count": 319, "source": "Semantic Scholar", "source_id": "1301e9d11b728268ed1ff3f1a9adc155308d5250", "match": "doi", "source_title": "Language Conditioned Imitation Learning Over Unstructured Data", "source_year": 2020 }, { "doi": "10.15607/rss.2023.xix.032", "title": "Language-Driven Representation Learning for Robotics", "year": 2023, "previous_count": 55, "cited_by_count": 233, "source": "Semantic Scholar", "source_id": "3396609b96dd24cac3b1542aec686ce362f32fe2", "match": "title-authors-year", "source_title": "Language-Driven Representation Learning for Robotics", "source_year": 2023 }, { "doi": "10.15607/rss.2025.xxi.065", "title": "LangWBC: Language-directed Humanoid Whole-Body Control via End-to-end Learning", "year": 2025, "previous_count": 3, "cited_by_count": 6, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050909", "match": "doi-title-year", "source_title": "LangWBC: 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"previous_count": 49, "cited_by_count": 49, "source": "Semantic Scholar", "source_id": "a345ca190694707185b2a4a08880cc8afe4b6deb", "match": "doi", "source_title": "Laser and Vision Based Outdoor Object Mapping", "source_year": 2008 }, { "doi": "10.15607/rss.2020.xvi.069", "title": "Latent Belief Space Motion Planning under Cost, Dynamics, and Intent Uncertainty", "year": 2020, "previous_count": 8, "cited_by_count": 9, "source": "Semantic Scholar", "source_id": "8d4f20b039930f913597b02e252a3a57ed8583e0", "match": "doi", "source_title": "Latent Belief Space Motion Planning under Cost, Dynamics, and Intent Uncertainty", "source_year": 2019 }, { "doi": "10.15607/rss.2026.xxii.195", "title": "Latent Diffeomorphic Co-Design of End-Effectors for Deformable and Fragile Object Manipulation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7131183621", "match": "doi-title-year", "source_title": "Latent Diffeomorphic Co-Design of 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"previous_count": 23, "cited_by_count": 23, "source": "Semantic Scholar", "source_id": "70d82df3e8ea9e6ad990423367841997a80c430a", "match": "doi", "source_title": "Micro and Nanorobotic Assembly Using Dielectrophoresis", "source_year": 2005 }, { "doi": "10.15607/rss.2005.i.019", "title": "Microrobotic Streak Seeding For Protein Crystal Growth", "year": 2005, "previous_count": 5, "cited_by_count": 5, "source": "Semantic Scholar", "source_id": "c932f0880f3b9416c32aad494c897544c58a1980", "match": "doi", "source_title": "Microrobotic Streak Seeding For Protein Crystal Growth", "source_year": 2005 }, { "doi": "10.15607/rss.2026.xxii.206", "title": "Mimic Intent, Not Just Trajectories", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7128520237", "match": "doi-title-year", "source_title": "Mimic Intent, Not Just Trajectories", "source_year": 2026 }, { "doi": "10.15607/rss.2026.xxii.077", "title": "mimic-video: Video-Action 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"5b0378a0fb01b4b512c3f81d6da0dacb1551bf8b", "match": "doi", "source_title": "Minimal Coordinate Formulation of Contact Dynamics in Operational Space", "source_year": 2012 }, { "doi": "10.15607/rss.2026.xxii.123", "title": "Minimalist Compliance Control", "year": 2026, "previous_count": 0, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W7133293326", "match": "doi-title-year", "source_title": "Minimalist Compliance Control", "source_year": 2026 }, { "doi": "10.15607/rss.2013.ix.017", "title": "Minimum Constraint Displacement Motion Planning", "year": 2013, "previous_count": 44, "cited_by_count": 47, "source": "Semantic Scholar", "source_id": "19100b28b27ccf1bc3c235f64e09656d0c62d369", "match": "doi", "source_title": "Minimum Constraint Displacement Motion Planning", "source_year": 2013 }, { "doi": "10.15607/rss.2024.xx.069", "title": "MIRAGE: Cross-Embodiment Zero-Shot Policy Transfer with Cross-Painting", "year": 2024, "previous_count": 15, "cited_by_count": 75, "source": "Semantic Scholar", "source_id": "a346357f344d9193a3beca47cbf69736bfb91b2e", "match": "title-authors-year", "source_title": "Mirage: Cross-Embodiment Zero-Shot Policy Transfer with Cross-Painting", "source_year": 2024 }, { "doi": "10.15607/rss.2022.xviii.020", "title": "MIRROR: Differentiable Deep Social Projection for Assistive Human-Robot Communication", "year": 2022, "previous_count": 8, "cited_by_count": 8, "source": "OpenAlex", "source_id": "https://openalex.org/W4221154893", "match": "doi-title-year", "source_title": "MIRROR: Differentiable Deep Social Projection for Assistive Human-Robot Communication", "source_year": 2022 }, { "doi": "10.15607/rss.2025.xxi.004", "title": "MISO: Multiresolution Submap Optimization for Efficient Globally Consistent Neural Implicit Reconstruction", "year": 2025, "previous_count": 0, "cited_by_count": 3, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050925", "match": "doi-title-year", "source_title": 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2026, "previous_count": 1, "cited_by_count": 4, "source": "Semantic Scholar", "source_id": "e28b8d889eb535eae03e106fb773d4f3475bd64d", "match": "doi", "source_title": "Model-Based Diffusion Optimal Control for Multi-Robot Motion Planning", "source_year": 2026 }, { "doi": "10.15607/rss.2005.i.047", "title": "Model-Based Error Correction for Flexible Robotic Surgical Instruments", "year": 2005, "previous_count": 16, "cited_by_count": 16, "source": "Semantic Scholar", "source_id": "4c7293eab41e081ab11555ddd1b0b084e0d4e040", "match": "doi", "source_title": "Model-Based Error Correction for Flexible Robotic Surgical Instruments", "source_year": 2005 }, { "doi": "10.15607/rss.2011.vii.016", "title": "Model-Based Proprioceptive State Estimation for Spring-Mass Running", "year": 2011, "previous_count": 22, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "ccce3d0d10cc4deb903933e6e6de2d338a5dd49a", "match": "doi", "source_title": "Model-Based Proprioceptive State Estimation for Spring-Mass Running", "source_year": 2011 }, { "doi": "10.15607/rss.2008.iv.023", "title": "Model Based Vehicle Tracking for Autonomous Driving in Urban Environments", "year": 2008, "previous_count": 101, "cited_by_count": 103, "source": "Semantic Scholar", "source_id": "fe1939a19b1505736214f1eded7b3207d12fd5e7", "match": "doi", "source_title": "Model Based Vehicle Tracking for Autonomous Driving in Urban Environments", "source_year": 2008 }, { "doi": "10.15607/rss.2019.xv.022", "title": "Modeling and Analysis of Non-Unique Behaviors in Multiple Frictional Impacts", "year": 2019, "previous_count": 19, "cited_by_count": 18, "source": "Semantic Scholar", "source_id": "9452bdac5a267b9ddb427c6992657431b6d0bf8c", "match": "doi", "source_title": "Modeling and Analysis of Non-unique Behaviors in Multiple Frictional Impacts", "source_year": 2019 }, { "doi": "10.15607/rss.2014.x.025", "title": "Modeling and Controlling Friendliness for An Interactive Museum Robot", "year": 2014, "previous_count": 28, "cited_by_count": 28, "source": "Semantic Scholar", "source_id": "57726654255394aa03bc34ed0b89079550b02aac", "match": "doi", "source_title": "Modeling and Controlling Friendliness for An Interactive Museum Robot", "source_year": 2014 }, { "doi": "10.15607/rss.2019.xv.060", "title": "Modeling and Control of Soft Robots Using the Koopman Operator and Model Predictive Control", "year": 2019, "previous_count": 168, "cited_by_count": 173, "source": "Semantic Scholar", "source_id": "cbba36cec9295cbb0ae2864187415d31ac3f7cab", "match": "doi", "source_title": "Modeling and Control of Soft Robots Using the Koopman Operator and Model Predictive Control", "source_year": 2019 }, { "doi": "10.15607/rss.2013.ix.026", "title": "Modeling and Evaluating Narrative Gestures for Humanlike Robots", "year": 2013, "previous_count": 141, "cited_by_count": 148, "source": "Semantic Scholar", "source_id": "e03fe384914e770ed5d36a365c8db7130a27bec8", "match": "doi", "source_title": "Modeling and Evaluating Narrative Gestures for Humanlike Robots", "source_year": 2013 }, { "doi": "10.15607/rss.2012.viii.018", "title": "Modeling and Prediction of Pedestrian Behavior based on the Sub-goal Concept", "year": 2012, "previous_count": 69, "cited_by_count": 70, "source": "Semantic Scholar", "source_id": "ab54453a571093b5f0b46ead0dc4f7d82b9fad36", "match": "doi", "source_title": "Modeling and Prediction of Pedestrian Behavior based on the Sub-goal Concept", "source_year": 2012 }, { "doi": "10.15607/rss.2005.i.021", "title": "Modeling Complex Contacts Involving Deformable Objects for Haptic and Graphic Rendering", "year": 2005, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "b35565144cc8253b3e30bec22312e4e76c7c857b", "match": "doi", "source_title": "Modeling Complex Contacts Involving Deformable Objects for Haptic and Graphic Rendering", "source_year": 2005 }, { "doi": "10.15607/rss.2014.x.015", "title": "Modeling High-Dimensional Humans for Activity Anticipation using Gaussian Process Latent CRFs", "year": 2014, "previous_count": 47, "cited_by_count": 47, "source": "Semantic Scholar", "source_id": "d8e31d590fdd32221e1d33333d1a22d39d59701b", "match": "doi", "source_title": "Modeling High-Dimensional Humans for Activity Anticipation using Gaussian Process Latent CRFs", "source_year": 2014 }, { "doi": "10.15607/rss.2021.xvii.016", "title": "Modeling Human Helpfulness with Individual and Contextual Factors for Robot Planning", "year": 2021, "previous_count": 12, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "f17bc8f886fdbacd8ccb914dc83fc18494a84575", "match": "doi", "source_title": "Modeling Human Helpfulness with Individual and Contextual Factors for Robot Planning", "source_year": 2021 }, { "doi": "10.15607/rss.2014.x.022", "title": "Modeling robot discrete movements with state-varying stiffness and damping: A framework for integrated motion generation and impedance control", "year": 2014, "previous_count": 29, "cited_by_count": 30, "source": "Semantic Scholar", "source_id": "057b26b9aacc0f70939cfda251217c048162a148", "match": "doi", "source_title": "Modeling robot discrete movements with state-varying stiffness and damping: A framework for integrated motion generation and impedance control", "source_year": 2014 }, { "doi": "10.15607/rss.2024.xx.022", "title": "Model Predictive Control for Aggressive Driving Over Uneven Terrain", "year": 2024, "previous_count": 14, "cited_by_count": 45, "source": "Semantic Scholar", "source_id": "14b968eb30eb90b50c0fb72fead2fbb99cd61274", "match": "title-authors-year", "source_title": "Model Predictive Control for Aggressive Driving Over Uneven Terrain", "source_year": 2023 }, { "doi": "10.15607/rss.2017.xiii.046", "title": "Mode Switch Assistance To Maximize Human Intent Disambiguation", "year": 2017, "previous_count": 14, "cited_by_count": 14, "source": "Semantic Scholar", "source_id": "cb2b4f73fc23cdcefe0b69fac17e8caec9d2cd14", "match": "doi", "source_title": "Mode Switch Assistance To Maximize Human Intent Disambiguation", "source_year": 2017 }, { "doi": "10.15607/rss.2024.xx.062", "title": "MOKA: Open-World Robotic Manipulation through Mark-Based Visual Prompting", "year": 2024, "previous_count": 113, "cited_by_count": 182, "source": "Semantic Scholar", "source_id": "4e0c7732e8e68a1285359e41ab3dc1d02c408865", "match": "doi", "source_title": "MOKA: Open-World Robotic Manipulation through Mark-Based Visual Prompting", "source_year": 2024 }, { "doi": "10.15607/rss.2026.xxii.091", "title": "MolmoSpaces: Large-Scale Open Ecosystem for Robot Manipulation and Navigation", "year": 2026, "previous_count": 0, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "459afcb3a94385476bbfc152f82bdc165626c195", "match": "doi", "source_title": "MolmoSpaces: Large-Scale Open Ecosystem for Robot Manipulation and Navigation", "source_year": 2026 }, { "doi": "10.15607/rss.2015.xi.034", "title": "Monocular SLAM Supported Object Recognition", "year": 2015, "previous_count": 140, "cited_by_count": 140, "source": "Semantic Scholar", "source_id": "3dbdfa4141bf6372edbe7c086e920c3c0f62e752", "match": "doi", "source_title": "Monocular SLAM Supported Object Recognition", "source_year": 2015 }, { "doi": "10.15607/rss.2011.vii.015", "title": "Monte Carlo Pose Estimation with Quaternion Kernels and the Bingham Distribution", "year": 2011, "previous_count": 77, "cited_by_count": 78, "source": "Semantic Scholar", "source_id": "44f60f8a1d2042c1aa21538c114214dc26831dde", "match": "doi", "source_title": "Monte Carlo Pose Estimation with Quaternion Kernels and the Bingham Distribution", "source_year": 2011 }, { "doi": "10.15607/rss.2026.xxii.167", "title": "More with LESS – Local Scene Representations for Tactile Imaging", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7164816502", "match": "doi-title-year", "source_title": "More with LESS – 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Design Optimization and Fabrication of Ferromagnetic Swimmers", "year": 2019, "previous_count": 6, "cited_by_count": 6, "source": "Semantic Scholar", "source_id": "5a20d8a4273d1a6359530e5294ad38e3b8cacb8b", "match": "doi", "source_title": "Motion Planning, Design Optimization and Fabrication of Ferromagnetic Swimmers", "source_year": 2019 }, { "doi": "10.15607/rss.2013.ix.028", "title": "Motion Planning for 6-D Manipulation with Aerial Towed-cable Systems", "year": 2013, "previous_count": 77, "cited_by_count": 79, "source": "Semantic Scholar", "source_id": "729f8946efd8086040c67c36e9d5bf1a0b02c53e", "match": "doi", "source_title": "Motion Planning for 6-D Manipulation with Aerial Towed-cable Systems", "source_year": 2013 }, { "doi": "10.15607/rss.2015.xi.011", "title": "Motion Planning for Unlabeled Discs with Optimality Guarantees", "year": 2015, "previous_count": 74, "cited_by_count": 75, "source": "Semantic Scholar", "source_id": "f9161a532f0bff17735a55c3c091bb09d4582441", "match": 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Repetition Roadmap", "year": 2024, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "aa8fda59fb199db35974e23c0e38782358e9d36b", "match": "doi", "source_title": "Motion Planning in Foliated Manifolds using Repetition Roadmap", "source_year": 2024 }, { "doi": "10.15607/rss.2005.i.031", "title": "Motion Planning in the Presence of Drift, Underactuation and Discrete System Changes", "year": 2005, "previous_count": 85, "cited_by_count": 84, "source": "Semantic Scholar", "source_id": "5ed6d818068bec589b082c57be2b7da9c3f4cef4", "match": "doi", "source_title": "Motion Planning in the Presence of Drift, Underactuation and Discrete System Changes", "source_year": 2005 }, { "doi": "10.15607/rss.2010.vi.038", "title": "Motion planning under bounded uncertainty using ensemble control", "year": 2010, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "2f53cd52cb80244453b60164b564020f89c87b38", "match": "doi", "source_title": "Motion planning under bounded uncertainty using ensemble control", "source_year": 2010 }, { "doi": "10.15607/rss.2011.vii.033", "title": "Motion Planning Under Uncertainty In Highly Deformable Environments", "year": 2011, "previous_count": 52, "cited_by_count": 52, "source": "Semantic Scholar", "source_id": "6c967a0d2c7c506c6c0066bb5f31ad490beaa3c8", "match": "doi", "source_title": "Motion Planning Under Uncertainty In Highly Deformable Environments", "source_year": 2011 }, { "doi": "10.15607/rss.2007.iii.032", "title": "Motion Strategies for Surveillance", "year": 2007, "previous_count": 39, "cited_by_count": 39, "source": "Semantic Scholar", "source_id": "a9b4cae741528dd58f5ca02fdfa84ce219c165a0", "match": "doi", "source_title": "Motion Strategies for Surveillance", "source_year": 2007 }, { "doi": "10.15607/rss.2026.xxii.176", "title": "Motion-Uncertainty-Aware Next-Best-View Planning for Moving Object Reconstruction", "year": 2026, "previous_count": 0, "cited_by_count": 0, 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patterns for limbless robots via geometric mechanics", "source_year": 2021 }, { "doi": "10.15607/rss.2024.xx.109", "title": "MPCC++: Model Predictive Contouring Control for Time-Optimal Flight with Safety Constraints", "year": 2024, "previous_count": 39, "cited_by_count": 54, "source": "Semantic Scholar", "source_id": "f027bd24df7303fa2393744ad6b22af8d9b19ae3", "match": "doi", "source_title": "MPCC++: Model Predictive Contouring Control for Time-Optimal Flight with Safety Constraints", "source_year": 2024 }, { "doi": "10.15607/rss.2020.xvi.077", "title": "MPTC - Modular Passive Tracking Controller for stack of tasks based control frameworks", "year": 2020, "previous_count": 17, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "106fac0565b67aaeb0358c1bc5e14e36dc699f9d", "match": "doi", "source_title": "MPTC - Modular Passive Tracking Controller for stack of tasks based control frameworks", "source_year": 2020 }, { "doi": "10.15607/rss.2021.xvii.044", "title": "MQA: Answering the Question via Robotic Manipulation", "year": 2021, "previous_count": 23, "cited_by_count": 26, "source": "Semantic Scholar", "source_id": "a0674c407c6acd56466dd2e130389f3affcefb5b", "match": "doi", "source_title": "MQA: Answering the Question via Robotic Manipulation", "source_year": 2020 }, { "doi": "10.15607/rss.2020.xvi.060", "title": "MRFMap: Online Probabilistic 3D Mapping using Forward Ray Sensor Models", "year": 2020, "previous_count": 9, "cited_by_count": 10, "source": "Semantic Scholar", "source_id": "5724b8e4b6b61e716da9b0c0a9a052dba2f14a54", "match": "doi", "source_title": "MRFMap: Online Probabilistic 3D Mapping using Forward Ray Sensor Models", "source_year": 2020 }, { "doi": "10.15607/rss.2020.xvi.032", "title": "Multi-Fidelity Black-Box Optimization for Time-Optimal Quadrotor Maneuvers", "year": 2020, "previous_count": 0, "cited_by_count": 51, "source": "Semantic Scholar", "source_id": "84af86146b26c6b430040647786d68d3d6bb12bc", "match": "title-authors-year", "source_title": "Multi-fidelity black-box optimization for time-optimal quadrotor maneuvers", "source_year": 2020 }, { "doi": "10.15607/rss.2011.vii.026", "title": "Multi-Level Partitioning and Distribution of the Assignment Problem for Large-Scale Multi-Robot Task Allocation", "year": 2011, "previous_count": 28, "cited_by_count": 27, "source": "Semantic Scholar", "source_id": "9220a6c82b86e3ff5912bd83cf5e7832a4681721", "match": "doi", "source_title": "Multi-Level Partitioning and Distribution of the Assignment Problem for Large-Scale Multi-Robot Task Allocation", "source_year": 2011 }, { "doi": "10.15607/rss.2006.ii.022", "title": "Multi-loop Position Analysis via Iterated Linear Programming", "year": 2006, "previous_count": 15, "cited_by_count": 15, "source": "Semantic Scholar", "source_id": "6c1e48c8129a93d1a1ee160d5175a5f1181d0c8c", "match": "doi", "source_title": "Multi-loop Position Analysis via Iterated Linear Programming", "source_year": 2006 }, { "doi": 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"cited_by_count": 39, "source": "Semantic Scholar", "source_id": "12410004bba157d1ec043de4faf5d4fbcce23102", "match": "doi", "source_title": "Multi-Objective Analysis of Ridesharing in Automated Mobility-on-Demand", "source_year": 2018 }, { "doi": "10.15607/rss.2015.xi.043", "title": "Multipolicy Decision-Making for Autonomous Driving via Changepoint-based Behavior Prediction", "year": 2015, "previous_count": 81, "cited_by_count": 77, "source": "OpenAlex", "source_id": "https://openalex.org/W2279536494", "match": "doi-title-year", "source_title": "Multipolicy Decision-Making for Autonomous Driving via Changepoint-based Behavior Prediction", "source_year": 2015 }, { "doi": "10.15607/rss.2010.vi.019", "title": "Multi-Priority Cartesian Impedance Control", "year": 2010, "previous_count": 17, "cited_by_count": 16, "source": "Semantic Scholar", "source_id": "250f1d00a9d6eec308e2f41877275268673ecbce", "match": "doi", "source_title": "Multi-Priority Cartesian Impedance Control", 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"Semantic Scholar", "source_id": "b49ec31a625dd7fe444ac5700b7b664b2cc479c9", "match": "doi", "source_title": "Nonlinear Model Predictive Control of Robotic Systems with Control Lyapunov Functions", "source_year": 2020 }, { "doi": "10.15607/rss.2012.viii.021", "title": "Nonparametric Bayesian Models for Unsupervised Scene Analysis and Reconstruction", "year": 2012, "previous_count": 19, "cited_by_count": 19, "source": "Semantic Scholar", "source_id": "9dc3c5cd62d886e1009d0a97cb17dbec94ff218b", "match": "doi", "source_title": "Nonparametric Bayesian Models for Unsupervised Scene Analysis and Reconstruction", "source_year": 2012 }, { "doi": "10.15607/rss.2009.v.028", "title": "Non-parametric learning to aid path planning over slopes", "year": 2009, "previous_count": 3, "cited_by_count": 3, "source": "OpenAlex", "source_id": "https://openalex.org/W2295064581", "match": "doi-title-year", "source_title": "Non-parametric learning to aid path planning over slopes", "source_year": 2009 }, { 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"867a8fa903ed4789395c1cb3b233254ad60eec4c", "match": "title-authors-year", "source_title": "Octopi: Object Property Reasoning with Large Tactile-Language Models", "source_year": 2024 }, { "doi": "10.15607/rss.2024.xx.054", "title": "Offline Imitation Learning Through Graph Search and Retrieval", "year": 2024, "previous_count": 2, "cited_by_count": 4, "source": "OpenAlex", "source_id": "https://openalex.org/W4402354136", "match": "doi-title-year", "source_title": "Offline Imitation Learning Through Graph Search and Retrieval", "source_year": 2024 }, { "doi": "10.15607/rss.2026.xxii.154", "title": "Offline Policy Evaluation for Manipulation Policies via Discounted Liveness Formulation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7160994083", "match": "doi-title-year", "source_title": "Offline Policy Evaluation for Manipulation Policies via Discounted Liveness Formulation", "source_year": 2026 }, { "doi": "10.15607/rss.2019.xv.005", "title": "OIL: Observational Imitation Learning", "year": 2019, "previous_count": 45, "cited_by_count": 46, "source": "Semantic Scholar", "source_id": "14129144de50c216551843b76b16a9e9273c0f6e", "match": "doi", "source_title": "OIL: Observational Imitation Learning", "source_year": 2018 }, { "doi": "10.15607/rss.2026.xxii.031", "title": "OmniXtreme: Breaking the Generality Barrier in High-Dynamic Humanoid Control", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7133204357", "match": "doi-title-year", "source_title": "OmniXtreme: Breaking the Generality Barrier in High-Dynamic Humanoid Control", "source_year": 2026 }, { "doi": "10.15607/rss.2006.ii.009", "title": "On Comparing the Power of Mobile Robots", "year": 2006, "previous_count": 17, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "1f9159eb5ab0a8458ef89003288209798b61e480", "match": "doi", "source_title": "On Comparing 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"69f3d59f12710d1931295717640637772d5d7d90", "match": "doi", "source_title": "On discrete symmetries of robotics systems: A group-theoretic and data-driven analysis", "source_year": 2023 }, { "doi": "10.15607/rss.2026.xxii.124", "title": "One Hand to Rule Them All: Canonical Representations for Unified Dexterous Manipulation", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7130530555", "match": "doi-title-year", "source_title": "One Hand to Rule Them All: Canonical Representations for Unified Dexterous Manipulation", "source_year": 2026 }, { "doi": "10.15607/rss.2023.xix.008", "title": "One Policy to Dress Them All: Learning to Dress People with Diverse Poses and Garments", "year": 2023, "previous_count": 19, "cited_by_count": 44, "source": "Semantic Scholar", "source_id": "de32fadff578ec0f060ce0c0becd0bd3f76ae74c", "match": "title-authors-year", "source_title": "One Policy to Dress Them All: Learning to Dress People 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"5b0e5007763a39049be934e7b5eb6f762b8ca983", "match": "doi", "source_title": "Planning and Control of Meso-scale Manipulation Tasks with Uncertainties", "source_year": 2007 }, { "doi": "10.15607/rss.2020.xvi.001", "title": "Planning and Execution using Inaccurate Models with Provable Guarantees", "year": 2020, "previous_count": 20, "cited_by_count": 20, "source": "Semantic Scholar", "source_id": "143210ec5b56098e101a785ed4402ba04a2b7159", "match": "doi", "source_title": "Planning and Execution using Inaccurate Models with Provable Guarantees", "source_year": 2020 }, { "doi": "10.15607/rss.2016.xii.029", "title": "Planning for Autonomous Cars that Leverage Effects on Human Actions", "year": 2016, "previous_count": 548, "cited_by_count": 568, "source": "Semantic Scholar", "source_id": "baef0a1859fc0216c89289c69da88d6dc8399fc7", "match": "doi", "source_title": "Planning for Autonomous Cars that Leverage Effects on Human Actions", "source_year": 2016 }, { "doi": "10.15607/rss.2008.iv.028", 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Learning", "year": 2022, "previous_count": 21, "cited_by_count": 50, "source": "Semantic Scholar", "source_id": "db0c481aa502a88df55b7612bdd08fed65fb50ed", "match": "title-authors-year", "source_title": "Play it by Ear: Learning Skills amidst Occlusion through Audio-Visual Imitation Learning", "source_year": 2022 }, { "doi": "10.15607/rss.2010.vi.024", "title": "PLISS: Detecting and Labeling Places Using Online Change-Point Detection", "year": 2010, "previous_count": 75, "cited_by_count": 74, "source": "Semantic Scholar", "source_id": "8d994cfd8f0c4895d6ebdfdf21b815775e3752b3", "match": "doi", "source_title": "PLISS: Detecting and Labeling Places Using Online Change-Point Detection", "source_year": 2010 }, { "doi": "10.15607/rss.2018.xiv.063", "title": "Plug-and-Play Supervisory Control Using Muscle and Brain Signals for Real-Time Gesture and Error Detection", "year": 2018, "previous_count": 18, "cited_by_count": 18, "source": "OpenAlex", "source_id": 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"cited_by_count": 3, "source": "Semantic Scholar", "source_id": "2e3148799cfec89727a0668cd53a41cc609ff9c7", "match": "doi", "source_title": "Practice Makes Perfect: Planning to Learning Skill Parameter Policies", "source_year": 2024 }, { "doi": "10.15607/rss.2014.x.034", "title": "Pre- and Post-Contact Policy Decomposition for Planar Contact Manipulation Under Uncertainty", "year": 2014, "previous_count": 23, "cited_by_count": 23, "source": "OpenAlex", "source_id": "https://openalex.org/W2295629107", "match": "doi-title-year", "source_title": "Pre- and Post-Contact Policy Decomposition for Planar Contact Manipulation Under Uncertainty", "source_year": 2014 }, { "doi": "10.15607/rss.2023.xix.045", "title": "Precise Object Sliding with Top Contact via Asymmetric Dual Limit Surfaces", "year": 2023, "previous_count": 6, "cited_by_count": 13, "source": "Semantic Scholar", "source_id": "9d0fd2241b259c95979c9b2fefd953762ddcd6e7", "match": "title-authors-year", "source_title": "Precise Object 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"year": 2007, "previous_count": 9, "cited_by_count": 10, "source": "Semantic Scholar", "source_id": "d039a41f58665ddd23f635f82a38c9671b1b1323", "match": "doi", "source_title": "Predicting Partial Paths from Planning Problem Parameters", "source_year": 2007 }, { "doi": "10.15607/rss.2013.ix.015", "title": "Pregrasp Manipulation as Trajectory Optimization", "year": 2013, "previous_count": 53, "cited_by_count": 54, "source": "Semantic Scholar", "source_id": "9c08579f4e0b598b37d264d628f75eaf82cc7495", "match": "doi", "source_title": "Pregrasp Manipulation as Trajectory Optimization", "source_year": 2013 }, { "doi": "10.15607/rss.2010.vi.011", "title": "Preliminary Results in Decentralized Estimation for Single-Beacon Acoustic Underwater Navigation", "year": 2010, "previous_count": 42, "cited_by_count": 42, "source": "Semantic Scholar", "source_id": "80d1df089e5e843dc8774b64998d9a36ba2a9aad", "match": "doi", "source_title": "Preliminary Results in Decentralized Estimation for Single-Beacon 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"08787c0771c60f7a83c9eb341c477329000914c3", "match": "doi", "source_title": "Probabilistically Safe Robot Planning with Confidence-Based Human Predictions", "source_year": 2018 }, { "doi": "10.15607/rss.2011.vii.020", "title": "Probabilistic Analysis of Correctness of High-Level Robot Behavior with Sensor Error", "year": 2011, "previous_count": 41, "cited_by_count": 41, "source": "Semantic Scholar", "source_id": "0df5e19bf722939a372bb70cdf43043841dfbe35", "match": "doi", "source_title": "Probabilistic Analysis of Correctness of High-Level Robot Behavior with Sensor Error", "source_year": 2011 }, { "doi": "10.15607/rss.2016.xii.014", "title": "Probabilistic Approaches to the AXB = YCZ Calibration Problem in Multi-Robot Systems", "year": 2016, "previous_count": 9, "cited_by_count": 9, "source": "OpenAlex", "source_id": "https://openalex.org/W2415581019", "match": "doi-title-year", "source_title": "Probabilistic Approaches to the AXB = YCZ Calibration Problem in Multi-Robot Systems", 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Lane Estimation using Basis Curves", "year": 2010, "previous_count": 12, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "0f78bbb5efa59b1a785b822b2ef542f6d8987ebd", "match": "doi", "source_title": "Probabilistic Lane Estimation using Basis Curves", "source_year": 2010 }, { "doi": "10.15607/rss.2012.viii.055", "title": "Probabilistic Modeling of Human Movements for Intention Inference", "year": 2012, "previous_count": 52, "cited_by_count": 53, "source": "Semantic Scholar", "source_id": "c1085652407748042199bcceedd3cd55732a30f4", "match": "doi", "source_title": "Probabilistic Modeling of Human Movements for Intention Inference", "source_year": 2012 }, { "doi": "10.15607/rss.2008.iv.036", "title": "Probabilistic Models of Object Geometry for Grasp Planning", "year": 2008, "previous_count": 53, "cited_by_count": 53, "source": "Semantic Scholar", "source_id": "f92e56ff61c4143d764b317984e50b74b4e30289", "match": "doi", "source_title": "Probabilistic Models of Object Geometry 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real-time grasping objects off a conveyor belt", "source_year": 2020 }, { "doi": "10.15607/rss.2026.xxii.053", "title": "Provably Guaranteed Polytopic Uncertainty Quantification for SLAM", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7162690800", "match": "doi-title-year", "source_title": "Provably Guaranteed Polytopic Uncertainty Quantification for SLAM", "source_year": 2026 }, { "doi": "10.15607/rss.2021.xvii.050", "title": "Provably Safe and Efficient Motion Planning with Uncertain Human Dynamics", "year": 2021, "previous_count": 27, "cited_by_count": 32, "source": "Semantic Scholar", "source_id": "2c2d936b535808aa0e44a8a5a3a4325539e77343", "match": "doi", "source_title": "Provably Safe and Efficient Motion Planning with Uncertain Human Dynamics", "source_year": 2021 }, { "doi": "10.15607/rss.2025.xxi.121", "title": "Provably-Safe, Online System Identification", "year": 2025, "previous_count": 1, "cited_by_count": 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"10.15607/rss.2021.xvii.017", "title": "Proximal and Sparse Resolution of Constrained Dynamic Equations", "year": 2021, "previous_count": 65, "cited_by_count": 69, "source": "Semantic Scholar", "source_id": "90b8d14a380eac25c4e0e0eb0376d8531b3a6846", "match": "doi", "source_title": "Proximal and Sparse Resolution of Constrained Dynamic Equations", "source_year": 2021 }, { "doi": "10.15607/rss.2019.xv.042", "title": "Proximity Queries for Absolutely Continuous Parametric Curves", "year": 2019, "previous_count": 15, "cited_by_count": 15, "source": "Semantic Scholar", "source_id": "a70512db7532b5bfac16dd6aef7b1a5c260c7bc3", "match": "doi", "source_title": "Proximity Queries for Absolutely Continuous Parametric Curves", "source_year": 2019 }, { "doi": "10.15607/rss.2022.xviii.040", "title": "PROX-QP: Yet another Quadratic Programming Solver for Robotics and beyond", "year": 2022, "previous_count": 82, "cited_by_count": 91, "source": "Semantic Scholar", "source_id": "f15cd243a6a397447030d9a0ba98b643313f5877", "match": "doi", "source_title": "PROX-QP: Yet another Quadratic Programming Solver for Robotics and beyond", "source_year": 2022 }, { "doi": "10.15607/rss.2006.ii.015", "title": "Pursuit and Evasion in Non-convex Domains of Arbitrary Dimensions", "year": 2006, "previous_count": 64, "cited_by_count": 64, "source": "Semantic Scholar", "source_id": "8a967a363fbeb903cd711c574186bbedae4a423a", "match": "doi", "source_title": "Pursuit and Evasion in Non-convex Domains of Arbitrary Dimensions", "source_year": 2006 }, { "doi": "10.15607/rss.2024.xx.093", "title": "Pushing the Limits of Cross-Embodiment Learning for Manipulation and Navigation", "year": 2024, "previous_count": 14, "cited_by_count": 100, "source": "Semantic Scholar", "source_id": "7a7b63b1a9bb8055fa9acda769a6a9cf885b5c3f", "match": "title-authors-year", "source_title": "Pushing the Limits of Cross-Embodiment Learning for Manipulation and Navigation", "source_year": 2024 }, { "doi": 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"5dce7362bdc0b5ba93f3aac8520c10740e8d0b42", "match": "doi", "source_title": "Quantile QT-Opt for Risk-Aware Vision-Based Robotic Grasping", "source_year": 2019 }, { "doi": "10.15607/rss.2013.ix.008", "title": "Quantitative Evaluation of Standing Stabilization Using Stiff and Compliant Actuators", "year": 2013, "previous_count": 4, "cited_by_count": 4, "source": "Semantic Scholar", "source_id": "c11d8f8b38deb4958c85aff23412e9dc9057a5aa", "match": "doi", "source_title": "Quantitative Evaluation of Standing Stabilization Using Stiff and Compliant Actuators", "source_year": 2013 }, { "doi": "10.15607/rss.2015.xi.026", "title": "Quantitative Measures of a Robot's Ability to Balance", "year": 2015, "previous_count": 10, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "4c333683065cb8077e6ae06b186240c902d413c0", "match": "doi", "source_title": "Quantitative Measures of a Robot's Ability to Balance", "source_year": 2015 }, { "doi": "10.15607/rss.2026.xxii.115", "title": 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"source": "Semantic Scholar", "source_id": "e4ddee3094af5b56c6932e36e0e0f953fb54cf13", "match": "doi", "source_title": "Real-Time Camera Tracking and 3D Reconstruction Using Signed Distance Functions", "source_year": 2013 }, { "doi": "10.15607/rss.2013.ix.054", "title": "Real-Time EMG Driven Lower Limb Actuated Orthosis for Assistance As Needed Movement Strategy", "year": 2013, "previous_count": 42, "cited_by_count": 42, "source": "Semantic Scholar", "source_id": "75d677f7d5b7ae61fca19810996e498f943888f5", "match": "doi", "source_title": "Real-Time EMG Driven Lower Limb Actuated Orthosis for Assistance As Needed Movement Strategy", "source_year": 2013 }, { "doi": "10.15607/rss.2019.xv.061", "title": "Real-Time Information-Theoretic Exploration with Gaussian Mixture Model Maps", "year": 2019, "previous_count": 35, "cited_by_count": 35, "source": "Semantic Scholar", "source_id": "d756df66d564184b213fc36328aafd0e170807aa", "match": "doi", "source_title": "Real-Time Information-Theoretic 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"10.15607/rss.2011.vii.021", "title": "Real-time prioritized kinematic control under inequality constraints for redundant manipulators", "year": 2011, "previous_count": 35, "cited_by_count": 36, "source": "Semantic Scholar", "source_id": "a16e8cf47e3fc80360aaed4aa94568411fcfb8b5", "match": "doi", "source_title": "Real-time prioritized kinematic control under inequality constraints for redundant manipulators", "source_year": 2011 }, { "doi": "10.15607/rss.2019.xv.034", "title": "Real-Time Reactive Trip Avoidance for Powered Transfemoral Prostheses", "year": 2019, "previous_count": 19, "cited_by_count": 22, "source": "Semantic Scholar", "source_id": "fb1420206c328d37c364bfedc17f97fe0f7ce4a3", "match": "doi", "source_title": "Real-Time Reactive Trip Avoidance for Powered Transfemoral Prostheses", "source_year": 2019 }, { "doi": "10.15607/rss.2013.ix.044", "title": "Realtime Registration-Based Tracking via Approximate Nearest Neighbour Search", "year": 2013, "previous_count": 24, "cited_by_count": 24, "source": "Semantic Scholar", "source_id": "78452997c59eaa79e64fa2359c65d0ee24fa5eb3", "match": "doi", "source_title": "Realtime Registration-Based Tracking via Approximate Nearest Neighbour Search", "source_year": 2013 }, { "doi": "10.15607/rss.2021.xvii.014", "title": "Rearrangement on Lattices with Swaps: Optimality Structures and Efficient Algorithms", "year": 2021, "previous_count": 4, "cited_by_count": 4, "source": "Semantic Scholar", "source_id": "4cfb5f18bb4a9a8760e8929623ceae055470d077", "match": "doi", "source_title": "Rearrangement on Lattices with Swaps: Optimality Structures and Efficient Algorithms", "source_year": 2021 }, { "doi": "10.15607/rss.2017.xiii.014", "title": "Reasoning About Liquids via Closed-Loop Simulation", "year": 2017, "previous_count": 29, "cited_by_count": 29, "source": "Semantic Scholar", "source_id": "54d2e369e4c41245462e7c0709df1cd3ef74622b", "match": "doi", "source_title": "Reasoning About Liquids via Closed-Loop Simulation", 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2020, "previous_count": 225, "cited_by_count": 246, "source": "Semantic Scholar", "source_id": "fa55d07755bf69dab45b8a197b8c7c28e08a5931", "match": "doi", "source_title": "Reinforcement Learning for Safety-Critical Control under Model Uncertainty, using Control Lyapunov Functions and Control Barrier Functions", "source_year": 2020 }, { "doi": "10.15607/rss.2010.vi.005", "title": "Reinforcement Learning to adjust Robot Movements to New Situations", "year": 2010, "previous_count": 136, "cited_by_count": 160, "source": "OpenAlex", "source_id": "https://openalex.org/W2591436094", "match": "doi-title-year", "source_title": "Reinforcement Learning to adjust Robot Movements to New Situations", "source_year": 2010 }, { "doi": "10.15607/rss.2018.xiv.043", "title": "RelaxedIK: Real-time Synthesis of Accurate and Feasible Robot Arm Motion", "year": 2018, "previous_count": 127, "cited_by_count": 138, "source": "Semantic Scholar", "source_id": "8395d9c87e4a96ce2b782de92279699840655140", "match": 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Adapting Viewpoints in Visually Complex Environments", "year": 2019, "previous_count": 36, "cited_by_count": 40, "source": "Semantic Scholar", "source_id": "49979723bb588502fd3cbdedcbdd5ae8cad979dd", "match": "doi", "source_title": "Remote Telemanipulation with Adapting Viewpoints in Visually Complex Environments", "source_year": 2019 }, { "doi": "10.15607/rss.2024.xx.051", "title": "Render and Diffuse: Aligning Image and Action Spaces for Diffusion-based Behaviour Cloning", "year": 2024, "previous_count": 6, "cited_by_count": 25, "source": "Semantic Scholar", "source_id": "e52d297bcaba750bacbf1634aedb4e1e52f68c46", "match": "title-authors-year", "source_title": "Render and Diffuse: Aligning Image and Action Spaces for Diffusion-based Behaviour Cloning", "source_year": 2024 }, { "doi": "10.15607/rss.2016.xii.039", "title": "Representing and Learning Complex Object Interactions", "year": 2016, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": 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Environments with a Team of Aerial Robots", "year": 2022, "previous_count": 30, "cited_by_count": 34, "source": "Semantic Scholar", "source_id": "8bbefa11a9fdde0a6da80f01bf42941118a4bf79", "match": "doi", "source_title": "Resilient Multi-Sensor Exploration of Multifarious Environments with a Team of Aerial Robots", "source_year": 2022 }, { "doi": "10.15607/rss.2017.xiii.017", "title": "Resolution of Referential Ambiguity in Human-Robot Dialogue Using Dempster-Shafer Theoretic Pragmatics", "year": 2017, "previous_count": 17, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "19f26a69feb2f971920ee079ffeeb29498387f46", "match": "doi", "source_title": "Resolution of Referential Ambiguity in Human-Robot Dialogue Using Dempster-Shafer Theoretic Pragmatics", "source_year": 2017 }, { "doi": "10.15607/rss.2021.xvii.049", "title": "Resolving Conflict in Decision-Making for Autonomous Driving", "year": 2021, "previous_count": 6, "cited_by_count": 7, "source": "Semantic Scholar", "source_id": "35d32119297b4527a071b0b88700e15cd6d4db37", "match": "doi", "source_title": "Resolving Conflict in Decision-Making for Autonomous Driving", "source_year": 2020 }, { "doi": "10.15607/rss.2006.ii.037", "title": "Responsive Robot Gaze to Interaction Partner", "year": 2006, "previous_count": 115, "cited_by_count": 115, "source": "Semantic Scholar", "source_id": "057bb3b69873a18bceccf40b6aa5e049d922cd95", "match": "doi", "source_title": "Responsive Robot Gaze to Interaction Partner", "source_year": 2006 }, { "doi": "10.15607/rss.2026.xxii.143", "title": "ReSteer: Quantifying and Refining the Steerability of Multitask Robot Policies", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7139047685", "match": "doi-title-year", "source_title": "ReSteer: Quantifying and Refining the Steerability of Multitask Robot Policies", "source_year": 2026 }, { "doi": "10.15607/rss.2024.xx.057", "title": "Rethinking Robustness Assessment: Adversarial Attacks on Learning-based Quadrupedal Locomotion Controllers", "year": 2024, "previous_count": 16, "cited_by_count": 38, "source": "Semantic Scholar", "source_id": "d8f57fc8949098d9303431f26e32e600bcd5b792", "match": "title-authors-year", "source_title": "Rethinking Robustness Assessment: Adversarial Attacks on Learning-based Quadrupedal Locomotion Controllers", "source_year": 2024 }, { "doi": "10.15607/rss.2026.xxii.034", "title": "Rhythm: Learning Interactive Whole-Body Control for Dual Humanoids", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7133559232", "match": "doi-title-year", "source_title": "Rhythm: Learning Interactive Whole-Body Control for Dual Humanoids", "source_year": 2026 }, { "doi": "10.15607/rss.2017.xiii.060", "title": "Rich Time Series Classification Using Temporal Logic", "year": 2017, "previous_count": 16, "cited_by_count": 16, "source": "Semantic Scholar", "source_id": 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"https://openalex.org/W7133361213", "match": "doi-title-year", "source_title": "Robometer: Scaling General-Purpose Robotic Reward Models via Trajectory Comparisons", "source_year": 2026 }, { "doi": "10.15607/rss.2023.xix.046", "title": "RoboNinja: Learning an Adaptive Cutting Policy for Multi-Material Objects", "year": 2023, "previous_count": 16, "cited_by_count": 46, "source": "Semantic Scholar", "source_id": "950561e23e053c2b8bea90457e59532e0f4138bb", "match": "title-authors-year", "source_title": "RoboNinja: Learning an Adaptive Cutting Policy for Multi-Material Objects", "source_year": 2023 }, { "doi": "10.15607/rss.2024.xx.130", "title": "RoboPack: Learning Tactile-Informed Dynamics Models for Dense Packing", "year": 2024, "previous_count": 6, "cited_by_count": 49, "source": "Semantic Scholar", "source_id": "867640d2e4b200fc36c2dfda88495f36810fec14", "match": "title-authors-year", "source_title": "RoboPack: Learning Tactile-Informed Dynamics Models for Dense Packing", 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"match": "doi", "source_title": "Robotic Assistance in Coordination of Patient Care", "source_year": 2016 }, { "doi": "10.15607/rss.2023.xix.029", "title": "Robotic Skill Acquisition via Instruction Augmentation with Vision-Language Models", "year": 2023, "previous_count": 29, "cited_by_count": 95, "source": "Semantic Scholar", "source_id": "55dff8d4cdeab9c86dccb1c8b739ac0518cdbed0", "match": "title-authors-year", "source_title": "Robotic Skill Acquisition via Instruction Augmentation with Vision-Language Models", "source_year": 2022 }, { "doi": "10.15607/rss.2007.iii", "title": "Robotics: Science and Systems II, August 16-19, 2006. University of Pennsylvania, Philadelphia, Pennsylvania, USA", "year": 2007, "previous_count": 11, "cited_by_count": 11, "source": "Semantic Scholar", "source_id": "fcaf3156f3453fbb995cd9db54bd907120d3c817", "match": "doi", "source_title": "Robotics: Science and Systems VII", "source_year": 2012 }, { "doi": "10.15607/rss.2005.i", "title": "Robotics: Science and Systems I, June 8-11, 2005, Massachusetts Institute of Technology, Cambridge, Massachusetts, USA", "year": 2005, "previous_count": 1, "cited_by_count": 1, "source": "Semantic Scholar", "source_id": "c3f0d0434b2539fa8c02dc9921e5d682a3e88553", "match": "doi", "source_title": "Robotics: Science and Systems I, June 8-11, 2005, Massachusetts Institute of Technology, Cambridge, Massachusetts, USA", "source_year": 2005 }, { "doi": "10.15607/rss.2023.xix.006", "title": "Robotic Table Tennis: A Case Study into a High Speed Learning System", "year": 2023, "previous_count": 29, "cited_by_count": 36, "source": "Semantic Scholar", "source_id": "a89fab384f84dfed44627775a09b489c8d34d70f", "match": "doi", "source_title": "Robotic Table Tennis: A Case Study into a High Speed Learning System", "source_year": 2023 }, { "doi": "10.15607/rss.2022.xviii.023", "title": "Robotic Telekinesis: Learning a Robotic Hand Imitator by Watching Humans on YouTube", "year": 2022, "previous_count": 136, "cited_by_count": 178, "source": "Semantic Scholar", "source_id": "a7d6d7f2a98994417c814b03f9eb691198ed7bee", "match": "doi", "source_title": "Robotic Telekinesis: Learning a Robotic Hand Imitator by Watching Humans on Youtube", "source_year": 2022 }, { "doi": "10.15607/rss.2023.xix.005", "title": "Robot Learning on the Job: Human-in-the-Loop Autonomy and Learning During Deployment", "year": 2023, "previous_count": 23, "cited_by_count": 182, "source": "Semantic Scholar", "source_id": "0bc9585faf634bf98124a3c69b1f171e1ab85cca", "match": "title-authors-year", "source_title": "Robot learning on the job: Human-in-the-loop autonomy and 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Steering Capability Using a Footstep Predictive Approach", "year": 2014, "previous_count": 40, "cited_by_count": 41, "source": "Semantic Scholar", "source_id": "aef8324f72b80489515fda2b2214216a2f5d612b", "match": "doi", "source_title": "Robust and Agile 3D Biped Walking With Steering Capability Using a Footstep Predictive Approach", "source_year": 2014 }, { "doi": "10.15607/rss.2023.xix.052", "title": "Robust and Versatile Bipedal Jumping Control through Reinforcement Learning", "year": 2023, "previous_count": 75, "cited_by_count": 84, "source": "Semantic Scholar", "source_id": "9fda8dbbc030dbf9dae798b051505756be6ffd3a", "match": "doi", "source_title": "Robust and Versatile Bipedal Jumping Control through Reinforcement Learning", "source_year": 2023 }, { "doi": "10.15607/rss.2012.viii.030", "title": "Robust Loop Closing Over Time", "year": 2012, "previous_count": 74, "cited_by_count": 74, "source": "Semantic Scholar", "source_id": "fcc7fc2ca3c72926efd6ef5020d386f8c6474641", "match": "doi", "source_title": "Robust Loop Closing Over Time", "source_year": 2012 }, { "doi": "10.15607/rss.2021.xvii.088", "title": "Robust Multi-Modal Policies for Industrial Assembly via Reinforcement Learning and Demonstrations: A Large-Scale Study", "year": 2021, "previous_count": 72, "cited_by_count": 79, "source": "Semantic Scholar", "source_id": "6100d5db2e8908a0b2a9549476b30b248cbc2e18", "match": "doi", "source_title": "Robust Multi-Modal Policies for Industrial Assembly via Reinforcement Learning and Demonstrations: A Large-Scale Study", "source_year": 2021 }, { "doi": "10.15607/rss.2016.xii.043", "title": "Robust Multimodal Sequence-Based Loop Closure Detection via Structured Sparsity", "year": 2016, "previous_count": 43, "cited_by_count": 43, "source": "Semantic Scholar", "source_id": "62b5fc7fde246e52580836f7ae939ac161e4ba37", "match": "doi", "source_title": "Robust Multimodal Sequence-Based Loop Closure Detection via Structured Sparsity", "source_year": 2016 }, { "doi": 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Peg-in-Hole Assembly under Uncertainties via Compliant and Interactive Contact-Rich Manipulation", "year": 2025, "previous_count": 1, "cited_by_count": 6, "source": "OpenAlex", "source_id": "https://openalex.org/W4414079216", "match": "doi-title-year", "source_title": "Robust Peg-in-Hole Assembly under Uncertainties via Compliant and Interactive Contact-Rich Manipulation", "source_year": 2025 }, { "doi": "10.15607/rss.2016.xii.010", "title": "Robust Phase-Space Planning for Agile Legged Locomotion over Various Terrain Topologies", "year": 2016, "previous_count": 12, "cited_by_count": 12, "source": "Semantic Scholar", "source_id": "cb2114663ac98f692e89716d524bf798286866a2", "match": "doi", "source_title": "Robust Phase-Space Planning for Agile Legged Locomotion over Various Terrain Topologies", "source_year": 2016 }, { "doi": "10.15607/rss.2014.x.049", "title": "Robust Policies via Meshing for Metastable Rough Terrain Walking", "year": 2014, "previous_count": 55, "cited_by_count": 55, "source": "Semantic Scholar", "source_id": "cfaf07592e04cfd37a4985bec0cace6a2d154aea", "match": "doi", "source_title": "Robust Policies via Meshing for Metastable Rough Terrain Walking", "source_year": 2014 }, { "doi": "10.15607/rss.2023.xix.084", "title": "Robust Safety under Stochastic Uncertainty with Discrete-Time Control Barrier Functions", "year": 2023, "previous_count": 30, "cited_by_count": 68, "source": "Semantic Scholar", "source_id": "122e25396d02985614684e7a72a4776cb979d919", "match": "title-authors-year", "source_title": "Robust Safety under Stochastic Uncertainty with Discrete-Time Control Barrier Functions", "source_year": 2023 }, { "doi": "10.15607/rss.2018.xiv.042", "title": "Robust Sampling Based Model Predictive Control with Sparse Objective Information", "year": 2018, "previous_count": 91, "cited_by_count": 104, "source": "Semantic Scholar", "source_id": "9977aba9256446b15892aeffd77989f74827d02f", "match": "doi", "source_title": "Robust Sampling Based Model Predictive Control with Sparse Objective Information", "source_year": 2018 }, { "doi": "10.15607/rss.2019.xv.037", "title": "Robust Singular Smoothers for Tracking Using Low-Fidelity Data", "year": 2019, "previous_count": 0, "cited_by_count": 0, "source": "Semantic Scholar", "source_id": "34d627201d5a4833aeacbce41ba81618af9cea2a", "match": "doi", "source_title": "Robust Singular Smoothers for Tracking Using Low-Fidelity Data", "source_year": 2019 }, { "doi": "10.15607/rss.2015.xi.029", "title": "Robust Trajectory Optimization: A Cooperative Stochastic Game Theoretic Approach", "year": 2015, "previous_count": 14, "cited_by_count": 14, "source": "Semantic Scholar", "source_id": "5e392db2e6f2fe066a09910000ecb13888426f33", "match": "doi", "source_title": "Robust Trajectory Optimization: A Cooperative Stochastic Game Theoretic Approach", "source_year": 2015 }, { "doi": "10.15607/rss.2015.xi.014", "title": "Robust Trajectory Optimization Under Frictional Contact with Iterative Learning", "year": 2015, "previous_count": 19, "cited_by_count": 20, "source": "OpenAlex", "source_id": "https://openalex.org/W2288732521", "match": "doi-title-year", "source_title": "Robust Trajectory Optimization Under Frictional Contact with Iterative Learning", "source_year": 2015 }, { "doi": "10.15607/rss.2021.xvii.007", "title": "Robust Value Iteration for Continuous Control Tasks", "year": 2021, "previous_count": 19, "cited_by_count": 20, "source": "Semantic Scholar", "source_id": "ac6626a7b3bcf2aca75c5b253ea7fb3569bbca0f", "match": "doi", "source_title": "Robust Value Iteration for Continuous Control Tasks", "source_year": 2021 }, { "doi": "10.15607/rss.2009.v.013", "title": "Robust visual homing with landmark angles", "year": 2009, "previous_count": 23, "cited_by_count": 23, "source": "Semantic Scholar", "source_id": "7e1259349f75d76d51003fd7270f1779e754b612", "match": "doi", "source_title": "Robust visual homing with landmark angles", "source_year": 2009 }, { "doi": "10.15607/rss.2025.xxi.029", "title": "ROMAN: Open-Set Object Map Alignment for Robust View-Invariant Global Localization", "year": 2025, "previous_count": 3, "cited_by_count": 10, "source": "OpenAlex", "source_id": "https://openalex.org/W4414051112", "match": "doi-title-year", "source_title": "ROMAN: Open-Set Object Map Alignment for Robust View-Invariant Global Localization", "source_year": 2025 }, { "doi": "10.15607/rss.2023.xix.090", "title": "ROSE: Rotation-based Squeezing Robotic Gripper toward Universal Handling of Objects", "year": 2023, "previous_count": 15, "cited_by_count": 18, "source": "Semantic Scholar", "source_id": "e5e67b786f61f07666b1d858e5a1642237377c34", "match": "doi", "source_title": "ROSE: Rotation-based Squeezing Robotic Gripper toward Universal Handling of Objects", "source_year": 2023 }, { "doi": "10.15607/rss.2023.xix.036", "title": "Rotating without Seeing: Towards In-hand Dexterity through Touch", "year": 2023, "previous_count": 70, "cited_by_count": 183, "source": "Semantic Scholar", "source_id": "ba38c19d132ec29a40e64bd3734bf4d6b0059637", "match": "title-authors-year", "source_title": "Rotating without Seeing: Towards In-hand Dexterity through Touch", "source_year": 2023 }, { "doi": "10.15607/rss.2023.xix.025", "title": "RT-1: Robotics Transformer for Real-World Control at Scale", "year": 2023, "previous_count": 482, "cited_by_count": 3060, "source": "Semantic Scholar", "source_id": "fd1cf28a2b8caf2fe29af5e7fa9191cecfedf84d", "match": "title-authors-year", "source_title": "RT-1: Robotics Transformer for Real-World Control at Scale", "source_year": 2022 }, { "doi": "10.15607/rss.2024.xx.049", "title": "RT-H: Action Hierarchies using Language", "year": 2024, "previous_count": 49, "cited_by_count": 271, "source": "Semantic Scholar", "source_id": "2bbc0b48052f1f3f52cbd46ece378baa61fa711b", "match": "title-authors-year", "source_title": "RT-H: Action Hierarchies Using Language", "source_year": 2024 }, { "doi": "10.15607/rss.2025.xxi.131", 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"RVT-2: Learning Precise Manipulation from Few Demonstrations", "source_year": 2024 }, { "doi": "10.15607/rss.2024.xx.099", "title": "Safe & Accurate at Speed with Tendons: A Robot Arm for Exploring Dynamic Motion", "year": 2024, "previous_count": 13, "cited_by_count": 16, "source": "Semantic Scholar", "source_id": "200ba04616b1b5a0afdfbc874736d2f64a3c56cc", "match": "doi", "source_title": "Safe & Accurate at Speed with Tendons: A Robot Arm for Exploring Dynamic Motion", "source_year": 2023 }, { "doi": "10.15607/rss.2025.xxi.112", "title": "Safe Beyond the Horizon: Efficient Sampling-based MPC with Neural Control Barrier Functions", "year": 2025, "previous_count": 1, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050543", "match": "doi-title-year", "source_title": "Safe Beyond the Horizon: Efficient Sampling-based MPC with Neural Control Barrier Functions", "source_year": 2025 }, { "doi": "10.15607/rss.2016.xii.017", "title": "Safe Control under Uncertainty with Probabilistic Signal Temporal Logic", "year": 2016, "previous_count": 154, "cited_by_count": 171, "source": "Semantic Scholar", "source_id": "ca47b61e24d3130620f82ff2449e605bc2cefc0f", "match": "doi", "source_title": "Safe Control under Uncertainty with Probabilistic Signal Temporal Logic", "source_year": 2016 }, { "doi": "10.15607/rss.2026.xxii.103", "title": "Safe Large-Scale Robust Nonlinear MPC in Milliseconds via Reachability-Constrained System Level Synthesis on the GPU", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7152961007", "match": "doi-title-year", "source_title": "Safe Large-Scale Robust Nonlinear MPC in Milliseconds via Reachability-Constrained System Level Synthesis on the GPU", "source_year": 2026 }, { "doi": "10.15607/rss.2025.xxi.128", "title": "SafeMimic: Towards Safe and Autonomous Human-to-Robot Imitation for Mobile Manipulation", "year": 2025, "previous_count": 0, 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"title": "Safe Policies for Factored Partially Observable Stochastic Games", "year": 2021, "previous_count": 7, "cited_by_count": 8, "source": "Semantic Scholar", "source_id": "e9b9da29ec63665a8493fdb9548c07caf1aca9c2", "match": "doi", "source_title": "Safe Policies for Factored Partially Observable Stochastic Games", "source_year": 2021 }, { "doi": "10.15607/rss.2021.xvii.026", "title": "Safe Reinforcement Learning via Statistical Model Predictive Shielding", "year": 2021, "previous_count": 47, "cited_by_count": 59, "source": "Semantic Scholar", "source_id": "3405963cb5d8b3b0eb2b0b00a538b395a9d6993c", "match": "doi", "source_title": "Safe Reinforcement Learning via Statistical Model Predictive Shielding", "source_year": 2021 }, { "doi": "10.15607/rss.2021.xvii.077", "title": "Safety and Liveness Guarantees through Reach-Avoid Reinforcement Learning", "year": 2021, "previous_count": 90, "cited_by_count": 113, "source": "Semantic Scholar", "source_id": "b967f46d1189c4e91916a51f7e13c4f447c33e64", "match": "doi", "source_title": "Safety and Liveness Guarantees through Reach-Avoid Reinforcement Learning", "source_year": 2021 }, { "doi": "10.15607/rss.2007.iii.028", "title": "Safety Evaluation of Physical Human-Robot Interaction via Crash-Testing", "year": 2007, "previous_count": 291, "cited_by_count": 294, "source": "Semantic Scholar", "source_id": "ea20cebeffa63bb3bb1f31690fdfd3169db05219", "match": "doi", "source_title": "Safety Evaluation of Physical Human-Robot Interaction via Crash-Testing", "source_year": 2007 }, { "doi": "10.15607/rss.2025.xxi.093", "title": "Safety with Agency: Human-Centered Safety Filter with Application to AI-Assisted Motorsports", "year": 2025, "previous_count": 0, "cited_by_count": 1, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050411", "match": "doi-title-year", "source_title": "Safety with Agency: Human-Centered Safety Filter with Application to AI-Assisted Motorsports", "source_year": 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"year": 2017, "previous_count": 33, "cited_by_count": 33, "source": "Semantic Scholar", "source_id": "c2adf3f36ffd268fc0e217088491fc06989a24ef", "match": "doi", "source_title": "Sample-Based Methods for Factored Task and Motion Planning", "source_year": 2017 }, { "doi": "10.15607/rss.2022.xviii.071", "title": "Sample Efficient Grasp Learning Using Equivariant Models", "year": 2022, "previous_count": 84, "cited_by_count": 90, "source": "Semantic Scholar", "source_id": "61a49abb8196c168280cff1da6f30da625a32908", "match": "doi", "source_title": "Sample Efficient Grasp Learning Using Equivariant Models", "source_year": 2022 }, { "doi": "10.15607/rss.2018.xiv.014", "title": "Sampling-Based Approximation Algorithms for Reachability Analysis with Provable Guarantees", "year": 2018, "previous_count": 29, "cited_by_count": 31, "source": "Semantic Scholar", "source_id": "1947b1316cda2d7d4205c835d391aec58c70bf62", "match": "doi", "source_title": "Sampling-Based Approximation Algorithms for 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13, "cited_by_count": 45, "source": "Semantic Scholar", "source_id": "3dd1a5373aa3205bbd1f81c1383c25024f13d051", "match": "title-authors-year", "source_title": "SEEK: Semantic Reasoning for Object Goal Navigation in Real World Inspection Tasks", "source_year": 2024 }, { "doi": "10.15607/rss.2022.xviii.006", "title": "SEER: Unsupervised and sample-efficient environment specialization of image descriptors", "year": 2022, "previous_count": 3, "cited_by_count": 3, "source": "Semantic Scholar", "source_id": "287f34199e96c06a8c93974c4496279ef2443666", "match": "doi", "source_title": "SEER: Unsupervised and sample-efficient environment specialization of image descriptors", "source_year": 2022 }, { "doi": "10.15607/rss.2018.xiv.003", "title": "SegMap: 3D Segment Mapping using Data-Driven Descriptors", "year": 2018, "previous_count": 167, "cited_by_count": 173, "source": "Semantic Scholar", "source_id": "f7242b7a146f62189f27a71ff56a26e17b26a363", "match": "doi", "source_title": "SegMap: 3D 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"year": 2006, "previous_count": 404, "cited_by_count": 405, "source": "Semantic Scholar", "source_id": "acda4460f0ad088023369c2e7e32f2512dcd75e7", "match": "doi", "source_title": "Self-supervised Monocular Road Detection in Desert Terrain", "source_year": 2006 }, { "doi": "10.15607/rss.2025.xxi.003", "title": "Self-supervised Multi-future Occupancy Forecasting for Autonomous Driving", "year": 2025, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050926", "match": "doi-title-year", "source_title": "Self-supervised Multi-future Occupancy Forecasting for Autonomous Driving", "source_year": 2025 }, { "doi": "10.15607/rss.2023.xix.017", "title": "Self-Supervised Unseen Object Instance Segmentation via Long-Term Robot Interaction", "year": 2023, "previous_count": 10, "cited_by_count": 17, "source": "Semantic Scholar", "source_id": "8efc566ff5b5c3fbda15a21775087c2d5741ec5d", "match": "title-authors-year", "source_title": "Self-Supervised 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"source_id": "bfeafc7f1542293ebbffbade96e503899f75d93b", "match": "doi", "source_title": "Sky segmentation with ultraviolet images can be used for navigation", "source_year": 2014 }, { "doi": "10.15607/rss.2006.ii.003", "title": "Sliding Autonomy for Complex Coordinated Multi-Robot Tasks: Analysis & Experiments", "year": 2006, "previous_count": 46, "cited_by_count": 46, "source": "Semantic Scholar", "source_id": "603bf73f2c1b1ab0d251977272f2706f691bc513", "match": "doi", "source_title": "Sliding Autonomy for Complex Coordinated Multi-Robot Tasks: Analysis & Experiments", "source_year": 2006 }, { "doi": "10.15607/rss.2011.vii.043", "title": "Sliding Manipulation of Rigid Bodies on a Controlled 6-DoF Plate", "year": 2011, "previous_count": 3, "cited_by_count": 3, "source": "OpenAlex", "source_id": "https://openalex.org/W4248227681", "match": "doi-title-year", "source_title": "Sliding Manipulation of Rigid Bodies on a Controlled 6-DoF Plate", "source_year": 2011 }, { "doi": 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2010, "previous_count": 36, "cited_by_count": 36, "source": "Semantic Scholar", "source_id": "ecbac15682242c4c671f0bf66ed656391aaaddf0", "match": "doi", "source_title": "Study of group food retrieval by ants as a model for multi-robot collective transport strategies", "source_year": 2010 }, { "doi": "10.15607/rss.2022.xviii.057", "title": "Sub-1.5 Time-Optimal Multi-Robot Path Planning on Grids in Polynomial Time", "year": 2022, "previous_count": 15, "cited_by_count": 15, "source": "Semantic Scholar", "source_id": "6df3e7d2afd616fbc3dd03eb390adfcc811b5946", "match": "doi", "source_title": "Sub-1.5 Time-Optimal Multi-Robot Path Planning on Grids in Polynomial Time", "source_year": 2022 }, { "doi": "10.15607/rss.2025.xxi.045", "title": "Superfast Configuration-Space Convex Set Computation on GPUs for Online Motion Planning", "year": 2025, "previous_count": 2, "cited_by_count": 6, "source": "OpenAlex", "source_id": "https://openalex.org/W4414050423", "match": "doi-title-year", 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"a20b88e9db7a5cc1c339e74d7ba0cda697cfab4b", "match": "doi", "source_title": "Tendon-Driven Variable Impedance Control Using Reinforcement Learning", "source_year": 2012 }, { "doi": "10.15607/rss.2011.vii.035", "title": "TERMES: An Autonomous Robotic System for Three-Dimensional Collective Construction", "year": 2011, "previous_count": 177, "cited_by_count": 180, "source": "Semantic Scholar", "source_id": "662969daa4b3aea408a3aa76433b9d2a1f0e06dc", "match": "doi", "source_title": "TERMES: An Autonomous Robotic System for Three-Dimensional Collective Construction", "source_year": 2011 }, { "doi": "10.15607/rss.2023.xix.103", "title": "TerrainNet: Visual Modeling of Complex Terrain for High-speed, Off-road Navigation", "year": 2023, "previous_count": 49, "cited_by_count": 109, "source": "Semantic Scholar", "source_id": "33fd1bc0a4cd1af507480798e354454e854ce8a2", "match": "title-authors-year", "source_title": "TerrainNet: Visual Modeling of Complex Terrain for High-speed, Off-road 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"title": "Time Optimal Ergodic Search", "year": 2023, "previous_count": 16, "cited_by_count": 27, "source": "Semantic Scholar", "source_id": "405609f7e531470d5657f3e43a100f16fb83d95e", "match": "title-authors-year", "source_title": "Time Optimal Ergodic Search", "source_year": 2023 }, { "doi": "10.15607/rss.2012.viii.027", "title": "Time-Optimal Trajectory Generation for Path Following with Bounded Acceleration and Velocity", "year": 2012, "previous_count": 118, "cited_by_count": 127, "source": "Semantic Scholar", "source_id": "1164a67968315e269352fe4528377ebbd8b81613", "match": "doi", "source_title": "Time-Optimal Trajectory Generation for Path Following with Bounded Acceleration and Velocity", "source_year": 2012 }, { "doi": "10.15607/rss.2026.xxii.110", "title": "TinySDP: Real Time Semidefinite Optimization for Certifiable and Agile Edge Robotics", "year": 2026, "previous_count": 0, "cited_by_count": 0, "source": "OpenAlex", "source_id": "https://openalex.org/W7161132729", "match": 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"cited_by_count": 83, "source": "Semantic Scholar", "source_id": "e7625bc60503777fef07b1d12abb2f9ef3a4a1d2", "match": "doi", "source_title": "Toward Information Theoretic Human-Robot Dialog", "source_year": 2012 }, { "doi": "10.15607/rss.2013.ix.005", "title": "Toward Interactive Grounded Language Acqusition", "year": 2013, "previous_count": 41, "cited_by_count": 41, "source": "Semantic Scholar", "source_id": "f0eb5eee7173380e290f737187c4584ebe501331", "match": "doi", "source_title": "Toward Interactive Grounded Language Acqusition", "source_year": 2013 }, { "doi": "10.15607/rss.2005.i.015", "title": "Toward Optimal Configuration Space Sampling", "year": 2005, "previous_count": 133, "cited_by_count": 134, "source": "Semantic Scholar", "source_id": "1266bdb651b2488f29a256e9fa988b691c660870", "match": "doi", "source_title": "Toward Optimal Configuration Space Sampling", "source_year": 2005 }, { "doi": "10.15607/rss.2026.xxii.156", "title": "Toward Reliable Sim-to-Real Predictability for 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