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TAMP-paper-list

a paper list about task and motion planning(TAMP)

Book

  • Behavior Trees in robotics and AI
  • decision making in uncertainty
  • robotics vision and control
  • Probabilistics Robotics

Survey

  • 2016 Automated planning and acting
  • 2019 Decision-making with belief functions A review
  • 2019 Automated Planning for Robotics
  • 2021 integrate motion and task planning
  • 2022 Task and motion planning methods: applications and limitations
  • 2023 A Review of Classical and Learning Based Approaches in Task and Motion Planning
  • 2023 recent trends in task and motion planning for robotics A review

PHD thesis

  • PHD 2019 Online Distributed Motion Planning
  • PHD 2020_Learning to guide task and motion planning
  • PHD 2021_sampling based robot task and motion planning in the real world
  • PHD 2021 Reactive Planning With Legged Robots In Unknown Environments

Embodied AI

  • 2021CoRL CLIPort What and Where Pathways for Robotic Manipulation
  • 2021ICML CLIP paper
  • 2022 Language models as wero shot planners
  • 2023 Conceptgraphs Open-vocabulary 3d scene graphs for perception and planning
  • 2023 Reflexion Language Agents with verbal reinforcement learning
  • 2023 embodiedGPT vision language pre-training via embodied chain of thought
  • 2023 matcha chat with the environment interactive multimodal perception using large language models
  • 2023 roboflamingo
  • 2023 robotic transformer 2
  • 2023 top ai papers
  • 2023 video language planning
  • 2023CoRL Sayplan Grounding large language models using 3d scene graphs
  • 2024 A survey on Vision language action models for embodied AI
  • 2024 Accelerating Gaussian Variational Inference for motion planning under uncertainty
  • 2024 AutoRT Embodied Foundation Models for Large Scale Orchestration of Robotic Agents
  • 2024 BLIP-2 Bootstrapping Language-Image Pre-training with frozen image encoders and large language models
  • 2024 DINO-WM WORLD MODELS ON PRE-TRAINED visual features enable zero shot planning
  • 2024 DIVSCENE BENCHMARKING LVLMS FOR OBJECT navigation with diverse scenes and objects
  • 2024 Enhancing_Scene_Understanding_for_Vision-and-Language_Navigation_by_Knowledge_Awareness
  • 2024 Flame learning to navigate with multimodal LLM in urban environments
  • 2024 KNOW WHERE YOU’RE UNCERTAIN WHEN PLANNING WITH multimodal foundation models a formal framework
  • 2024 LLaVA improved baselines with visual instruction tuning
  • 2024 NavGPT-v2
  • 2024 Octopus Embodied vision language programmer from environmental feedback
  • 2024 Open-World Task and Motion Planning via vision language model inferred constraints
  • 2024 OpenVLA
  • 2024 OrionNav Online Planning for Robot Autonomy with context aware LLM and open vocabulary semantic scene graphs
  • 2024 RT-H action hierarchies using language
  • 2024 Robogpt an intelligent agent of making embodied long-term decisions
  • 2024 Select2Plan Training-Free ICL-Based Planning through VQA and memory retrieval
  • 2024 Towards Coarse-grained Visual Language Navigation Task planning enhanced by event knowledge graph
  • 2024 VLA-3D A Dataset for 3D Semantic Scene understanding and navigation
  • 2024 castl constraints as specifications through LLM translation for long horizon task and motion planning
  • 2024 learning memory mechanisms for decision making through demonstrations
  • 2024 replan robotic replanning with perception and language models
  • 2024COLM LLM Reasoners
  • 2024ICLR Lota bench benchmarking language oriented task planners for embodied agents
  • 2024ICLR RT-Trajectory
  • 2024ICML 3D-VLA A 3D Vision-Language-Action Generative World Mode
  • 2024ICRA Physically Grounded Vision-Language Models for robotic manipulation
  • 2024Review Aligning cyber space with physical world a comprehensive survey on embodied AI
  • 2024Review Toward General-Purpose Robots via Foundation Models

Uncertainty

  • 2007 FF-Replan A Baseline for Probabilistic Planning
  • 2009 Aleatory_or_epistemic_Does_it_matter
  • 2020 Online Replanning in belief space for partially observable task and motion problems code
  • 2020IROS Task planning with belief behavior trees
  • 2021 Learning Symbolic Operators for Task and Motion Planning code
  • 2021IROS Probabilistic Inference in Planning for Partially Observable Long horizon problems
  • 2023PhD Long-Horizon Planning Under Uncertainty
  • 2024 partially observable task and motion planning with uncertainty and risk awareness
  • 2024 large language model based task and motion planning with motion failure reasoning

Navigation among movable obstacles

  • 2018_Active_Path_Clearing_Navigation_through_Environment_Reconfiguration_in_Presence_of_Movable_Obstacles
  • 2019_HRL4IN Hierarchical Reinforcement Learning for interactive navigation with mobile manipulators code
  • 2019 Towards S-NAMO Socially-aware Navigation Among Movable Obstacles
  • 2020 Modeling a Social Placement Cost to Extend Navigation Among Movable Obstacles (NAMO) Algor.pdf
  • 2020_Affordance-Based_Mobile_Robot_Navigation_Among_Movable_Obstacles
  • 2021_relmogen integrating motion generation in reinforcement learning for mobile manipulation
  • 2021_Pushing It Out of the Way Interactive Visual Navigation code
  • 2021 Representation, learning, and planning algorithms for geometric task and motion planning
  • 2022 A hierarchical deliberative reactive system architecture for task and motion planning in partially known environment
  • 2022 Minimum Displacement Motion Planning for movable obstacles
  • 2022IROS Navigation Among Movable Obstacles with Object Localization using Photorealistic Simulatio
  • 2023IROS Navigation among movable obstacles using machine learning based total time cost optimization
  • 2023RAL_Curriculum_Reinforcement_Learning_from_Avoiding_Collisions_to_Navigating_among_Movable_Obstacles_in_Diverse_Environments
  • 2023ICRA visibility aware navigation among movable obstacles

Exploration + Planning

  • 2020 sparse graphical memory for robust planning website
  • 2021 Reducing Collision Checking for Sampling-Based motion planning using GNN code
  • 2021-no-rl-no-simulation-learning-to-navigate-without-navigating-Paper
  • 2021-landmark-guided-subgoal-generation-in-hierarchical-reinforcement-learning-Paper
  • 2019 Search on the Replay Buffer bridging planning and reinforcement learning
  • 2018 Gated Path Planning Networks

Navigation among mobile obstacles

  • 2019_Dynamic window based approaches for avoiding obstacles in moving
  • 2021_DWARL_Dynamically_Feasible_Deep_Reinforcement_Learning_Policy_for_Robot_Navigation_among_Mobile_Obstacles code
  • 2021_NavRep Unsupervised Representations for Reinforcement Learning of robot navigation in dynamic human environment code
  • 2022IROS FAR_Planner_Fast_Attemptable_Route_Planner_using_Dynamic_Visibility_Update
  • 2022IROS_NavDreams_Towards_Camera-Only_RL_Navigation_Among_Humans
  • 2022RAL_Socially_CompliAnt_Navigation_Dataset_SCAND_A_Large-Scale_Dataset_of_Demonstrations_for_Social_Navigation
  • 2022TRO Avoiding_Dense_and_Dynamic_Obstacles_in_Enclosed_Spaces_Application_to_Moving_in_Crowds
  • 2023ICRA_Intention Aware Robot Crowd Navigation with attention based interaction graph
  • 2023TRO DRL-VO_Learning_to_Navigate_Through_Crowded_Dynamic_Scenes_Using_Velocity_Obstacles

Solve sparse reward in navigation

  • 2017 Hindsight experience replay
  • 2019 Keeping Your Distance Solving Sparse Reward Tasks using selfbalancing shaped rewards
  • 2020 Maximum Entropy Gain Exploration for long horizon multi-goal reinforcement learning
  • 2021 Goal-Conditioned Reinforcement Learning with Imagined Subgoals
  • [review] 2022 Goal-Conditioned Reinforcement Learning Problems and Solutions

Graph to solve the navigation

  • 2019 Search on the Replay Buffer bridging planning and reinforcement learning
  • 2020 Learning to plan with uncertain topological maps
  • 2020 sparse graphical memory for robust planning
  • 2021 Reducing Collision Checking for Sampling-Based motion planning using GNN

others

  • 2018 active model learning and diverse action sampling for task and motion planning code
  • 2019 Learning value functions with relational state representations for guiding task and motion planning
  • 2020 deep visual reasoning learning to predict action sequences for task and motion planning from an initial scene image
  • 2021 Learning compositional models of robot skills for task and motion planning code
  • 2021 Discovering State and Action Abstractions for generalized task and motion planning

New ideas

  • 2022 A Generalist Agent website
  • 2022 Do As I Can, Not As I Say: Grounding Language in Robotic Affordances website

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a paper list about task and motion planning(TAMP)

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