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AI Reasoning for Articulated Systems

Maxim Likhachev

Maxim Likhachev

Associate Professor, RI
Office: NSH 3211

Research Interests

Motion Planning
Machine Learning Embedded in Systems
AI Reasoning for Robotics
AI Reasoning for Articulated Systems
Motion for Manipulation Tasks
Humanoids
Robot Programming by Demonstration
Aerial Robotics
Industrial Robotics
Legged Robots
Field & Service Robotics
Human-Centered Robotics
Manipulation & Interfaces
Robot Learning for Manipulation
Robot Structures
Robotics Foundations

Applications

Manufacturing
Robots in the Home
Field Robotics
Personal and Assistive Robotics

Matthew J. Travers

Matthew J. Travers

Systems Scientist, RI
Office: NSH 3207

Research Interests

Biologically Inspired and Evolutionary Robotics
Human-Robot Interaction
Search and Rescue Robotics
Force Control
Micro/Nanorobots
Motion Control
Kinematically Redundant Manipulators
Robotic Systems Architectures and Programming
Robots with Flexible Elements
Human-Centered Robotics
Kinematics
Robotics Foundations
Human Robot Collaboration
AI Reasoning for Robotics
Field & Service Robotics
Robotics for Scientific Discovery
Robotics in Agriculture and Forestry
Robotics in Construction
Robotics in Hazardous Application
Space Robots and Systems
Underwater Robotics
Domestic Robotics
Perceptual Robotics
Manipulation & Interfaces
Behavior-based Systems
Cooperative Manipulators
Motion for Manipulation Tasks
Robot Learning for Manipulation
Robot Structures
Legged Robots
Model Identification
Parallel Mechanism and Robots
Soft Robotics
Wheeled Robots
Active Perception
AI Reasoning for Articulated Systems
Dynamics
Geometric Algorithms
Reinforcement Learning
Motion Planning
Sensing & Perception
Force and Tactile Sensors
Multisensor Data Fusion
Sensing and Estimation

Applications

Agriculture
Soft Robotics
Robotic Surgery
Medical Robotics
Manufacturing
Field Robotics
Infrastructure
Personal and Assistive Robotics
Urban Search and Rescue