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Last updated on March 20, 2025. This conference program is tentative and subject to change
GRC 2025 Keyword Index
A
B
C
D
E
F
G
H
I
K
L
M
N
O
P
R
S
T
U
V
W
A | Top |
Acceptability and Trust | FrIA.16, FrIA.32, FrIA.61, SaDA.60, ThGA.39 |
Actuation and Joint Mechanisms | FrIA.42 |
Aerial Systems: Applications | FrIA.11, SaDA.6, SaDA.18, ThGA.52, ThGA.58 |
Aerial Systems: Mechanics and Control | FrIA.29, SaDA.6, ThGA.59 |
Aerial Systems: Perception and Autonomy | SaDA.6, SaDA.18 |
Agent-Based Systems | FrFA.11, SaDA.61, ThGA.49, ThGA.58 |
Agricultural Automation | FrIA.23, ThGA.19, ThGA.61, ThGA.62 |
AI-Based Methods | FrFA.19, FrFA.28, FrIA.7, FrIA.11, FrIA.15, SaAA.1, SaDA.45, SaDA.48, ThGA.42, ThGA.45, ThGA.57, ThHA.5, ThHA.7, ThHA.10 |
AI-Enabled Robotics | FrFA.6, FrFA.11, FrFA.17, FrFA.20, FrFA.25, FrFA.30, FrFA.42, FrFA.51, FrFA.59, FrFA.60, FrFA.62, FrIA.1, FrIA.7, FrIA.11, FrIA.20, FrIA.28, FrIA.32, FrIA.47, FrIA.58, FrIA.59, SaAA.1, SaAA.3, SaAA.7, SaDA.14, SaDA.39, SaDA.40, SaDA.42, SaDA.43, SaDA.45, SaDA.46, SaDA.56, ThGA.18, ThGA.19, ThGA.21, ThGA.25, ThGA.38, ThGA.39, ThGA.46, ThGA.49, ThHA.6, ThHA.7 |
Art and Entertainment Robotics | FrFA.25 |
Assembly | SaAA.1, ThGA.55, ThHA.9 |
Autonomous Agents | FrFA.39, SaDA.12, ThGA.49 |
Autonomous Vehicle Navigation | FrFA.26, FrFA.30, FrIA.3, FrIA.23, FrIA.49, SaDA.12, ThGA.6 |
B | Top |
Behavior-Based Systems | FrIA.25, FrIA.45 |
Big Data in Robotics and Automation | FrIA.32, FrIA.41, FrIA.48 |
Bimanual Manipulation | FrFA.5, FrFA.42 |
Bioinspired Robot Learning | FrIA.44, SaDA.8 |
Biologically-Inspired Robots | FrAA.1, FrIA.26, FrIA.44, SaDA.4, SaDA.37, ThGA.59 |
Biomimetics | FrIA.44, SaAA.4, SaDA.4, SaDA.59, ThGA.34 |
C | Top |
Calibration and Identification | SaDA.24, SaDA.41 |
Cognitive Control Architectures | FrFA.20, FrIA.47, SaDA.40, ThGA.46 |
Cognitive Modeling | ThGA.27 |
Collision Avoidance | FrIA.50, SaDA.11, ThGA.14, ThHA.4 |
Compliance and Impedance Control | FrFA.48, FrIA.12, SaDA.15, SaDA.54, ThGA.41 |
Compliant Joints and Mechanisms | SaDA.4 |
Computer Architecture for Robotic and Automation | FrFA.60 |
Computer Vision for Automation | FrIA.18, FrIA.30, FrIA.59, SaDA.41, SaDA.43, SaDA.57, ThGA.15, ThHA.2 |
Computer Vision for Medical Robotics | FrIA.40, SaAA.5 |
Computer Vision for Transportation | ThGA.52 |
Constrained Motion Planning | FrFA.31, ThGA.17 |
Contact Modeling | FrIA.51, FrIA.54 |
Continual Learning | ThGA.22 |
Cooperating Robots | FrFA.16, ThGA.6 |
D | Top |
Data Sets for Robot Learning | FrFA.17, FrFA.34, FrFA.39, FrFA.46, FrIA.33, SaDA.14, SaDA.39, SaDA.58 |
Data Sets for Robotic Vision | FrIA.10, FrIA.30, SaDA.14, SaDA.35, SaDA.48 |
Data Sets for SLAM | FrFA.14, ThGA.23 |
Datasets for Human Motion | FrFA.49, FrIA.60 |
Deep Learning for Visual Perception | FrAA.5, FrFA.32, FrFA.39, FrIA.10, FrIA.33, SaAA.7, SaDA.46 |
Deep Learning in Grasping and Manipulation | FrFA.52, FrFA.55, FrIA.4, FrIA.41, SaAA.2, SaDA.25, ThGA.32, ThGA.37, ThGA.42, ThHA.8 |
Deep Learning Methods | FrFA.40, FrIA.9, FrIA.27, SaDA.25, ThGA.7, ThGA.28, ThGA.42, ThHA.2 |
Dexterous Manipulation | FrIA.37, SaAA.2 |
Disassembly | FrIA.18, SaDA.56 |
Distributed Robot Systems | FrFA.48, SaDA.36, SaDA.61, ThGA.22, ThGA.25 |
Domestic Robotics | SaDA.1, ThGA.38 |
E | Top |
Education Robotics | ThGA.11, ThGA.12 |
Embedded Systems for Robotic and Automation | SaDA.2, SaDA.9, SaDA.22 |
Embodied Cognitive Science | ThGA.4 |
Emotional Robotics | FrFA.16 |
Energy and Environment-Aware Automation | SaDA.22 |
Engineering for Robotic Systems | FrIA.50, FrIA.59, ThGA.40 |
Environment Monitoring and Management | FrFA.22, FrFA.28, FrIA.26 |
F | Top |
Failure Detection and Recovery | FrAA.2, FrFA.11 |
Field Robots | FrFA.23, FrFA.35, FrIA.51, FrIA.52, FrIA.57, SaDA.18, SaDA.41 |
Flexible Robotics | ThGA.29 |
Force and Tactile Sensing | FrFA.18, FrFA.38, FrFA.52, FrIA.5, FrIA.9, FrIA.27, SaDA.1 |
Force Control | FrFA.19, FrIA.62 |
Formal Methods in Robotics and Automation | ThGA.1, ThGA.13 |
G | Top |
Gesture, Posture and Facial Expressions | FrFA.54, FrIA.38 |
Grasping | FrFA.2, FrFA.56, SaDA.1, SaDA.19, SaDA.33, ThGA.48 |
Grippers and Other End-Effectors | FrIA.43, SaDA.2 |
H | Top |
Haptics and Haptic Interfaces | FrAA.8, FrIA.62, SaDA.50, ThGA.28, ThGA.60 |
Hardware-Software Integration in Robotics | FrIA.5, ThGA.40 |
Human and Humanoid Motion Analysis and Synthesis | FrIA.2 |
Human Detection and Tracking | FrFA.10, FrFA.49, SaDA.21, SaDA.28 |
Human Factors and Human-in-the-Loop | FrFA.56, FrIA.16, FrIA.30 |
Human Performance Augmentation | SaDA.5 |
Human-Aware Motion Planning | FrFA.49, FrIA.49 |
Human-Centered Robotics | FrFA.27, FrFA.32, FrFA.53, FrIA.1, FrIA.17, FrIA.19, FrIA.21, FrIA.22, FrIA.60, SaDA.3, SaDA.16, SaDA.53, ThGA.11, ThGA.12, ThGA.35, ThGA.57 |
Human-Robot Collaboration | FrAA.7, FrAA.9, FrFA.16, FrFA.24, FrFA.43, FrIA.1, FrIA.6, FrIA.16, FrIA.31, FrIA.45, FrIA.60, FrIA.62, FrIA.63, SaDA.10, SaDA.17, SaDA.21, SaDA.33, SaDA.43, SaDA.53, ThGA.33, ThGA.55, ThGA.60 |
Human-Robot Teaming | FrAA.7, FrFA.53, SaAA.8 |
Humanoid and Bipedal Locomotion | FrAA.4, FrIA.42, SaDA.13, SaDA.51, ThGA.34 |
Humanoid Robot Systems | FrFA.58 |
I | Top |
Imitation Learning | FrFA.5, FrFA.8, FrFA.9, FrFA.17, FrFA.46, FrFA.55, FrIA.4, FrIA.35, FrIA.36, SaAA.9, SaDA.7, SaDA.8, ThGA.20, ThGA.24, ThGA.30, ThGA.39, ThGA.44, ThGA.51, ThHA.4, ThHA.6 |
In-Hand Manipulation | FrFA.2, FrFA.40, SaAA.2 |
Incremental Learning | FrIA.20, SaDA.7, ThGA.15 |
Industrial Robots | FrFA.50, FrIA.18, FrIA.31, SaAA.3, ThGA.3, ThGA.40 |
Integrated Planning and Control | FrAA.4, SaDA.29 |
Integrated Planning and Learning | FrFA.34, SaAA.10, ThGA.31 |
Intelligent and Flexible Manufacturing | FrFA.31, FrFA.50, FrIA.56, ThGA.3 |
Intelligent Transportation Systems | FrFA.6, ThGA.13, ThGA.52 |
Intention Recognition | FrAA.9, FrIA.24 |
K | Top |
Kinematics | ThGA.51 |
L | Top |
Learning Categories and Concepts | FrAA.3, FrIA.31, ThGA.36 |
Learning from Demonstration | FrFA.8, FrFA.9, FrFA.18, FrFA.36, FrFA.56, FrIA.4, FrIA.8, FrIA.12, FrIA.36, SaDA.7, SaDA.25, SaDA.27, SaDA.44, ThGA.16, ThGA.21, ThGA.24, ThGA.30, ThGA.51 |
Learning from Experience | FrAA.2, FrIA.53, ThGA.33, ThGA.45 |
Legged Robots | FrFA.3, FrFA.47, FrFA.63, FrIA.52, FrIA.53, FrIA.54, SaDA.37, ThGA.20, ThGA.31, ThGA.34, ThHA.1 |
Localization | FrFA.21, FrFA.47, SaDA.28, ThGA.23, ThGA.36, ThHA.10 |
Long term Interaction | ThGA.18 |
M | Top |
Machine Learning for Robot Control | FrFA.15, FrFA.26, FrFA.63, FrIA.14, SaAA.6, SaAA.10, SaDA.9, SaDA.27, SaDA.31, SaDA.34, SaDA.38, SaDA.52, SaDA.58, ThGA.31, ThGA.43, ThGA.47, ThGA.56, ThHA.4, ThHA.7, ThHA.9 |
Manipulation Planning | FrAA.2, FrAA.6, FrFA.13, FrFA.15, FrFA.34, ThGA.2, ThGA.44, ThGA.48 |
Mapping | FrFA.21, FrFA.40, SaDA.35, ThGA.50, ThGA.53, ThHA.8 |
Marine Robotics | FrFA.23, FrFA.35, FrFA.62, SaDA.59, ThGA.8, ThHA.3 |
Mechanism Design | FrAA.1, FrFA.35, ThGA.19 |
Medical Robots and Systems | FrIA.17, FrIA.19, FrIA.21, SaAA.5, SaDA.55, ThGA.29, ThGA.41, ThGA.56 |
Methods and Tools for Robot System Design | ThGA.27 |
Micro/Nano Robots | ThHA.3 |
Mobile Manipulation | FrAA.6, FrIA.22, FrIA.39, SaDA.20, ThGA.10 |
Model Learning for Control | FrAA.10, FrIA.46, SaDA.38, ThGA.3, ThGA.9, ThGA.43 |
Modeling and Simulating Humans | SaDA.8 |
Modeling, Control, and Learning for Soft Robots | FrAA.10, SaDA.16 |
Motion and Path Planning | FrFA.50, FrIA.2, FrIA.3, FrIA.23, FrIA.24, FrIA.29, FrIA.46, FrIA.56, SaDA.21, SaDA.27, SaDA.33, SaDA.46, SaDA.49, SaDA.51, ThGA.2, ThGA.13, ThGA.14, ThGA.48, ThGA.63 |
Motion Control | FrFA.23, FrIA.3, FrIA.38, FrIA.55, SaDA.16, SaDA.20, SaDA.29, ThGA.2, ThGA.8, ThGA.56, ThGA.63 |
Multi-Contact Whole-Body Motion Planning and Control | ThGA.44 |
Multi-Modal Perception for HRI | FrIA.35, FrIA.45 |
Multi-Robot Systems | FrFA.6, FrFA.10, FrFA.37, FrFA.62, FrIA.29, SaAA.8, SaDA.39, ThGA.63 |
Multifingered Hands | FrFA.2 |
N | Top |
Natural Dialog for HRI | FrIA.21, ThGA.33 |
Networked Robots | FrFA.45 |
Neurorobotics | FrFA.3, ThGA.22, ThGA.47 |
O | Top |
Object Detection, Segmentation and Categorization | FrFA.7, FrIA.15, ThGA.7 |
Optimization and Optimal Control | FrAA.6, FrAA.10, FrFA.10, FrFA.29, FrFA.31, FrFA.63, FrIA.49, SaAA.6, SaAA.10, SaDA.9, SaDA.11, SaDA.29, SaDA.30 |
P | Top |
Parallel Robots | ThGA.33, ThGA.44 |
Passive Walking | FrIA.42 |
Perception for Grasping and Manipulation | FrFA.61, FrIA.5, FrIA.9, SaDA.57, ThGA.32, ThGA.37, ThHA.8 |
Perception-Action Coupling | FrAA.7, FrFA.32, FrIA.12, SaDA.1, SaDA.57, ThGA.4 |
Performance Evaluation and Benchmarking | ThGA.50 |
Physical Human-Robot Interaction | FrFA.24, FrFA.27, FrIA.17, FrIA.19, SaDA.10 |
Planning under Uncertainty | FrFA.26, ThGA.9 |
Planning, Scheduling and Coordination | SaDA.61 |
Probabilistic Inference | FrIA.24, FrIA.25, FrIA.27, ThGA.32 |
Probability and Statistical Methods | FrIA.8, SaDA.30 |
Product Design, Development and Prototyping | ThGA.10 |
Prosthetics and Exoskeletons | FrFA.57, FrIA.13, FrIA.20, SaDA.19, SaDA.47 |
R | Top |
Reactive and Sensor-Based Planning | FrIA.25, ThGA.53 |
Recognition | FrFA.54, SaDA.56 |
Rehabilitation Robotics | FrFA.27, FrFA.57, FrIA.2, FrIA.13, FrIA.61, SaDA.5, SaDA.47, SaDA.55 |
Reinforcement Learning | FrFA.15, FrFA.58, FrIA.14, FrIA.37, FrIA.46, FrIA.55, SaDA.1, SaDA.13, SaDA.23, SaDA.30, SaDA.31, SaDA.49, SaDA.51, SaDA.60, ThGA.9, ThGA.20, ThGA.24, ThGA.43, ThGA.45, ThGA.54, ThHA.1, ThHA.9 |
Representation Learning | FrIA.35, SaDA.26, ThGA.21, ThGA.47 |
RGB-D Perception | FrFA.4, FrFA.12, FrFA.38, FrIA.8, FrIA.40, SaDA.1 |
Robot Companions | ThGA.35 |
Robot Safety | FrFA.32, FrFA.60, FrIA.14, FrIA.28, FrIA.48, FrIA.50, SaDA.52 |
Robotics and Automation in Agriculture and Forestry | FrIA.10, FrIA.26, FrIA.43, ThGA.18 |
Robotics and Automation in Construction | FrFA.61 |
Robotics in Hazardous Fields | FrFA.61, FrIA.57 |
Robust/Adaptive Control | FrIA.55, SaDA.11, SaDA.12, ThGA.55 |
S | Top |
Safety in HRI | SaDA.15, SaDA.54, ThGA.33, ThGA.44 |
Search and Rescue Robots | ThGA.10 |
Semantic Scene Understanding | FrAA.3, FrFA.18, FrFA.28, FrFA.59, FrIA.7, SaDA.44, ThGA.1, ThGA.4, ThGA.7, ThGA.53 |
Sensor Fusion | FrAA.3, FrFA.3, FrFA.38, FrFA.47, FrFA.54, SaAA.5, SaDA.23, SaDA.26, SaDA.28, ThGA.36, ThGA.37 |
Sensor Networks | FrFA.22 |
Sensor-based Control | FrFA.52, ThGA.6 |
Sensorimotor Learning | SaDA.23, SaDA.26 |
Service Robotics | ThGA.15 |
Simulation and Animation | FrFA.43, FrFA.58, FrIA.33, FrIA.37, FrIA.52, FrIA.53, FrIA.54, ThGA.26 |
SLAM | FrFA.7, FrFA.12, FrFA.14, FrFA.21, FrFA.41, SaDA.35, ThHA.3 |
Social HRI | FrFA.32, FrFA.53, SaDA.55, ThGA.11, ThGA.12, ThGA.27, ThGA.33, ThGA.35, ThGA.57 |
Soft Robot Applications | FrIA.43, FrIA.51, SaDA.19, SaDA.59 |
Soft Robot Materials and Design | FrAA.1, SaAA.4 |
Soft Sensors and Actuators | SaAA.4, ThGA.26 |
Software Architecture for Robotic and Automation | FrFA.37, FrIA.34, SaDA.36, ThGA.25 |
Software Tools for Benchmarking and Reproducibility | FrIA.63, SaDA.58 |
Software Tools for Robot Programming | FrFA.19, FrFA.20, FrIA.34 |
Software, Middleware and Programming Environments | FrFA.22, FrIA.63, ThGA.58 |
Software-Hardware Integration for Robot Systems | FrFA.37, FrIA.34, FrIA.61, SaDA.36 |
Space Robotics and Automation | FrIA.56 |
Surgical Robotics: Laparoscopy | FrIA.36, SaAA.9 |
Surgical Robotics: Planning | FrFA.45, FrIA.40, SaAA.9, SaDA.3 |
Surgical Robotics: Steerable Catheters/Needles | SaDA.3, ThGA.29 |
Swarm Robotics | FrFA.25, SaAA.8, SaDA.22, ThGA.14 |
T | Top |
Task and Motion Planning | FrFA.29, SaDA.44 |
Task Planning | FrFA.13, FrIA.47, SaDA.45, ThGA.1 |
Telerobotics and Teleoperation | FrFA.36, FrFA.42, FrFA.45, FrFA.48, FrIA.22, FrIA.39, FrIA.57, SaAA.3, SaDA.10, SaDA.15, SaDA.50, SaDA.54, ThGA.16, ThGA.60 |
Transfer Learning | FrAA.5, FrFA.57, ThGA.44 |
U | Top |
Underactuated Robots | ThHA.5 |
V | Top |
Virtual Reality and Interfaces | FrAA.9, FrFA.24, FrFA.36, FrFA.43, SaDA.53, SaDA.60 |
Vision-Based Navigation | FrFA.30, SaDA.48 |
Visual Learning | FrFA.4, FrFA.5, FrFA.55, ThGA.5, ThHA.2 |
Visual Servoing | SaDA.42, ThGA.5 |
Visual Tracking | FrAA.5, SaDA.42, ThGA.5 |
W | Top |
Wearable Robotics | FrIA.13, SaAA.7, SaDA.5, SaDA.17, SaDA.50 |
Wheeled Robots | ThHA.5 |
Whole-Body Motion Planning and Control | FrAA.4, FrFA.29, FrFA.59, FrIA.39, SaDA.20 |
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