RA-L Keywords
Keywords for RA-L are listed below, first in alphabetical order and then by subject area. All keywords should be interpreted as requiring relevance to robotics and/or automation. For example, "Deep Learning Methods" represents "Deep Learning Methods in/for Robotics and Automation". Please note that the Conferences for which an option is offered by RA-L have keywords matching exactly either all of the RA-L keywords or a subset of the RA-L keywords.
In alphabetical order:
Acceptability and Trust
Actuation and Joint Mechanisms
Additive Manufacturing
Additive Manufacturing
Aerial Systems: Applications
Aerial Systems: Mechanics and Control
Aerial Systems: Perception and Autonomy
Agent-Based Systems
Agricultural Automation
AI and Machine Learning in Manufacturing and Logistics Systems
AI-Based Methods
AI-Enabled Robotics
Art and Entertainment Robotics
Assembly
Audio-Visual SLAM
Automated Manufacturing Systems
Automation at Micro-Nano Scales
Automation Technologies for Smart Cities
Autonomous Agents
Autonomous Vehicle Navigation
Behavior-Based Systems
Big Data in Robotics and Automation
Bimanual Manipulation
Bioinspired Robot Learning
Biological Cell Manipulation
Biologically-Inspired Robots
Biomimetics
Body Balancing
Brain-Machine Interfaces
Building Automation
Calibration and Identification
Cellular and Modular Robots
Climbing Robots
Cognitive Control Architectures
Cognitive Modeling
Collaborative Robots in Manufacturing
Collision Avoidance
Compliance and Impedance Control
Compliant Assembly
Compliant Joints and Mechanisms
Computational Geometry
Computer Architecture for Robotic and Automation
Computer Integrated Manufacturing
Computer Vision for Automation
Computer Vision for Manufacturing
Computer Vision for Medical Robotics
Computer Vision for Transportation
Constrained Motion Planning
Contact Modeling
Continual Learning
Control Architectures and Programming
Cooperating Robots
Cyber-physical Production Systems and Industry 4.0
Cyborgs
Data Analytics for Manufacturing and Logistics Systems
Data Sets for Robot Learning
Data Sets for Robotic Vision
Data Sets for SLAM
Datasets for Human Motion
Deep Learning for Visual Perception
Deep Learning in Grasping and Manipulation
Deep Learning Methods
Demining Systems
Design and Human Factors
Developmental Robotics
Dexterous Manipulation
Disassembly
Discrete Event Dynamic Systems
Distributed Robot Systems
Domestic Robotics
Dual Arm Manipulation
Dynamics
Education Robotics
Embedded Systems for Robotic and Automation
Embodied Cognitive Science
Emotional Robotics
Energy and Environment-Aware Automation
Engineering for Robotic Systems
Environment Monitoring and Management
Epigenetic Robotics
Ethics and Philosophy
Evolutionary Robotics
Factory Automation
Failure Detection and Recovery
Field Robots
Flexible Robotics
Force and Tactile Sensing
Force Control
Formal Methods in Robotics and Automation
Foundations of Automation
Gesture, Posture and Facial Expressions
Grasping
Grippers and Other End-Effectors
Haptics and Haptic Interfaces
Hardware-Software Integration in Robotics
Health Care Management
Human and Humanoid Motion Analysis and Synthesis
Human Detection and Tracking
Human Factors and Human-in-the-Loop
Human Performance Augmentation
Human-Aware Motion Planning
Human-Centered Automation
Human-Centered Robotics
Humanoid and Bipedal Locomotion
Humanoid Robot Systems
Human-Robot Collaboration
Human-Robot Teaming
Hybrid Logical/Dynamical Planning and Verification
Hydraulic/Pneumatic Actuators
Imitation Learning
Incremental Learning
Industrial Robots
In-Hand Manipulation
Integrated Planning and Control
Integrated Planning and Learning
Intelligent and Flexible Manufacturing
Intelligent Transportation Systems
Intention Recognition
Inventory Management
Kinematics
Learning Categories and Concepts
Learning from Demonstration
Learning from Experience
Legged Robots
Localization
Logistics
Long term Interaction
Machine Learning for Robot Control
Machine Tools and Machining
Manipulation Planning
Manufacturing Data Processing
Manufacturing, Maintenance and Supply Chains
Mapping
Marine Robotics
Materials Handling
Mechanism Design
Medical Robots and Systems
Methods and Tools for Robot System Design
Micro/Nano Robots
Mining Robotics
Mobile Manipulation
Model Learning for Control
Modeling and Simulating Humans
Modeling, Control, and Learning for Soft Robots
Motion and Path Planning
Motion Control
Multi-Contact Whole-Body Motion Planning and Control
Multifingered Hands
Multi-Modal Perception for HRI
Multi-Robot SLAM
Multi-Robot Systems
Nanomanufacturing
Natural Dialog for HR
Natural Machine Motion
Networked Robots
Neural and Fuzzy Control
Neurorobotics
Nonholonomic Mechanisms and Systems
Nonholonomic Motion Planning
Object Detection, Segmentation and Categorization
Omnidirectional Vision
Optimization and Optimal Control
Parallel Robots
Passive Walking
Path Planning for Multiple Mobile Robots or Agents
Perception for Grasping and Manipulation
Perception-Action Coupling
Performance Evaluation and Benchmarking
Petri Nets for Automation and Control
Physical Human-Robot Interaction
Physically Assistive Devices
Planning under Uncertainty
Planning, Scheduling and Coordination
Probabilistic Inference
Probability and Statistical Methods
Process Control
Product Design, Development and Prototyping
Product Design, Development and Prototyping
Production Management
Production Planning and Scheduling
Productivity
Prosthetics and Exoskeletons
Range Sensing
Reactive and Sensor-Based Planning
Recognition
Redundant Robots
Rehabilitation Robotics
Reinforcement Learning
Representation Learning
RGB-D Perception
Robot Audition
Robot Companions
Robot Safety
Robotics and Automation in Agriculture and Forestry
Robotics and Automation in Construction
Robotics and Automation in Life Sciences
Robotics in Hazardous Fields
Robotics in Under-Resourced Settings
Robust/Adaptive Control
Safety in HRI
Search and Rescue Robots
Semantic Scene Understanding
Semiconductor Manufacturing
Semiconductor Manufacturing
Sensor Fusion
Sensor Networks
Sensor-based Control
Sensorimotor Learning
Service Robotics
Simulation and Animation
SLAM
Social HRI
Soft Robot Applications
Soft Robot Materials and Design
Soft Sensors and Actuators
Software Architecture for Robotic and Automation
Software Tools for Benchmarking and Reproducibility
Software Tools for Robot Programming
Software, Middleware and Programming Environments
Software-Hardware Integration for Robot Systems
Space Robotics and Automation
Surgical Robotics: Laparoscopy
Surgical Robotics: Planning
Surgical Robotics: Steerable Catheters/Needles
Surveillance Robotic Systems
Sustainable Production and Service Automation
Swarm Robotics
Task and Motion Planning
Task Planning
Telerobotics and Teleoperation
Tendon/Wire Mechanism
Touch in HRI
Transfer Learning
Underactuated Robots
View Planning for SLAM
Virtual Reality and Interfaces
Vision-Based Navigation
Visual Learning
Visual Servoing
Visual Tracking
Visual-Inertial SLAM
Wearable Robotics
Wheeled Robots
Whole-Body Motion Planning and Control
By subject area:
(Note: Subject areas are provided for convenience; they are not strict definitions.)
Aerial and Field Robotics
Aerial Systems: Applications |
Aerial Systems: Mechanics and Control |
Aerial Systems: Perception and Autonomy |
Demining Systems |
Field Robots |
Marine Robotics |
Mining Robotics |
Space Robotics and Automation |
Applications
Agricultural Automation |
Art and Entertainment Robotics |
Automation Technologies for Smart Cities |
Building Automation |
Education Robotics |
Energy and Environment-Aware Automation |
Environment Monitoring and Management |
Industrial Robots |
Intelligent Transportation Systems |
Product Design, Development and Prototyping |
Robotics and Automation in Agriculture and Forestry |
Robotics and Automation in Construction |
Robotics and Automation in Life Sciences |
Robotics in Hazardous Fields |
Robotics in Under-Resourced Settings |
Search and Rescue Robots |
Surveillance Robotic Systems |
Autonomy for Mobility and Manipulation
Agent-Based Systems |
AI-Based Methods |
AI-Enabled Robotics |
Autonomous Agents |
Behavior-Based Systems |
Control Architectures and Programming |
Deep Learning in Grasping and Manipulation |
Mobile Manipulation |
Object Detection, Segmentation and Categorization |
Perception for Grasping and Manipulation |
Reactive and Sensor-Based Planning |
Semantic Scene Understanding |
Software, Middleware and Programming Environments |
Cognitive Robotics
Cognitive Control Architectures |
Cognitive Modeling |
Developmental Robotics |
Embodied Cognitive Science |
Epigenetic Robotics |
Evolutionary Robotics |
Learning from Experience |
Neurorobotics |
Perception-Action Coupling |
Human-Centered Robotics and Automation
Brain-Machine Interfaces |
Haptics and Haptic Interfaces |
Human Factors and Human-in-the-Loop |
Human Performance Augmentation |
Human-Centered Automation |
Human-Centered Robotics |
Physically Assistive Devices |
Telerobotics and Teleoperation |
Virtual Reality and Interfaces |
Wearable Robotics |
Human-Robot Interaction
Acceptability and Trust |
Design and Human Factors |
Emotional Robotics |
Gesture, Posture and Facial Expressions |
Human Detection and Tracking |
Human-Aware Motion Planning |
Human-Robot Collaboration |
Human-Robot Teaming |
Intention Recognition |
Long term Interaction |
Multi-Modal Perception for HRI |
Natural Dialog for HRI |
Physical Human-Robot Interaction |
Robot Companions |
Safety in HRI |
Social HRI |
Touch in HRI |
Humanoids and Animaloids
Body Balancing |
Climbing Robots |
Cyborgs |
Datasets for Human Motion |
Human and Humanoid Motion Analysis and Synthesis |
Humanoid and Bipedal Locomotion |
Humanoid Robot Systems |
Legged Robots |
Modeling and Simulating Humans |
Multi-Contact Whole-Body Motion Planning and Control |
Natural Machine Motion |
Passive Walking |
Whole-Body Motion Planning and Control |
Localization and Mapping
Audio-Visual SLAM |
Data Sets for SLAM |
Localization |
Mapping |
Multi-Robot SLAM |
Range Sensing |
SLAM |
View Planning for SLAM |
Visual-Inertial SLAM |
Automation and Logistics
Discrete Event Dynamic Automation Systems |
Factory Automation |
Foundations of Automation |
Health Care Management |
Intelligent and Flexible Manufacturing |
Inventory Management |
Logistics |
Manufacturing, Maintenance and Supply Chains |
Petri Nets for Automation Control |
Planning, Scheduling and Coordination |
Sustainable Production and Service Automation |
Task Planning |
Computer Integrated Manufacturing |
Production Management |
Production Planning and Scheduling |
Productivity |
Materials Handling |
Data Analytics for Manufacturing and Logistics Systems |
Additive Manufacturing |
Cyber-physical Production Systems and Industry 4.0 |
Semiconductor Manufacturing |
AI and Machine Learning in Manufacturing and Logistics Systems |
Manipulation and Grasping
Bimanual Manipulation |
Contact Modeling |
Dexterous Manipulation |
Dual Arm Manipulation |
Grasping |
Grippers and Other End-Effectors |
In-Hand Manipulation |
Manipulation Planning |
Multifingered Hands |
Manufacturing, Process, and Service Automation
Assembly |
Autonomous Vehicle Navigation |
Compliant Assembly |
Disassembly |
Domestic Robotics |
Force and Tactile Sensing |
Process Control |
Service Robotics |
Automated Manufacturing Systems |
Machine Tools and Machining |
Manufacturing and Data Processing |
Collaborative Robots in Manufacturing |
Product Design, Development and Prototyping |
Mechanisms, Design, and Control
Actuation and Joint Mechanisms |
Compliance and Impedance Control |
Compliant Joints and Mechanisms |
Failure Detection and Recovery |
Force Control |
Hydraulic/Pneumatic Actuators |
Mechanism Design |
Model Learning for Control |
Motion Control |
Neural and Fuzzy Control |
Redundant Robots |
Robot Safety |
Robust/Adaptive Control |
Tendon/Wire Mechanism |
Medical and Rehabilitation
Medical Robots and Systems |
Prosthetics and Exoskeletons |
Rehabilitation Robotics |
Surgical Robotics: Laparoscopy |
Surgical Robotics: Planning |
Surgical Robotics: Steerable Catheters/Needles |
Micro, Nano, and Biomimetic Systems
Additive Manufacturing |
Automation at Micro-Nano Scales |
Biological Cell Manipulation |
Biologically-Inspired Robots |
Biomimetics |
Micro/Nano Robots |
Nanomanufacturing |
Semiconductor Manufacturing |
Multiple and Distributed Systems
Cellular and Modular Robots |
Cooperating Robots |
Distributed Robot Systems |
Multi-Robot Systems |
Networked Robots |
Path Planning for Multiple Mobile Robots or Agents |
Sensor Networks |
Swarm Robotics |
Planning and Simulation
Collision Avoidance |
Computational Geometry |
Constrained Motion Planning |
Integrated Planning and Control |
Integrated Planning and Learning |
Motion and Path Planning |
Planning under Uncertainty |
Simulation and Animation |
Task and Motion Planning |
Robot Learning
Big Data in Robotics and Automation |
Bioinspired Robot Learning |
Continual Learning |
Data Sets for Robot Learning |
Deep Learning Methods |
Imitation Learning |
Incremental Learning |
Learning Categories and Concepts |
Learning from Demonstration |
Machine Learning for Robot Control |
Probabilistic Inference |
Reinforcement Learning |
Representation Learning |
Sensorimotor Learning |
Transfer Learning |
Robotic Systems
Computer Architecture for Robotic and Automation |
Embedded Systems for Robotic and Automation |
Engineering for Robotic Systems |
Hardware-Software Integration in Robotics |
Methods and Tools for Robot System Design |
Software Architecture for Robotic and Automation |
Software Tools for Benchmarking and Reproducibility |
Software Tools for Robot Programming |
Software-Hardware Integration for Robot Systems |
Soft Robotics
Soft Robot Applications |
Soft Robot Materials and Design |
Modeling, Control, and Learning for Soft Robots |
Soft Sensors and Actuators |
Theoretical Foundations
Calibration and Identification |
Dynamics |
Ethics and Philosophy |
Flexible Robotics |
Formal Methods in Robotics and Automation |
Hybrid Logical/Dynamical Planning and Verification |
Kinematics |
Nonholonomic Mechanisms and Systems |
Nonholonomic Motion Planning |
Optimization and Optimal Control |
Parallel Robots |
Performance Evaluation and Benchmarking |
Probability and Statistical Methods |
Underactuated Robots |
Wheeled Robots |
Vision and Sensor-Based Control
Computer Vision for Medical Robotics |
Omnidirectional Vision |
Sensor Fusion |
Sensor-based Control |
Vision-Based Navigation |
Visual Servoing |
Visual Tracking |
Visual Perception and Learning
Computer Vision for Automation |
Computer Vision for Manufacturing |
Computer Vision for Transportation |
Data Sets for Robotic Vision |
Deep Learning for Visual Perception |
Recognition |
RGB-D Perception |
Robot Audition |
Visual Learning |