Experimental Research on Trajectory Control of Walking Rehabilitation Training Robot
Walking Robot Applied to the Tube Inspection Activity
In Search of Efficient Walking Robots
Design and Mixed-Reality Teleoperation of a Quadruped-Manipulator Robot for SAR Tasks
Control of Mobile Robots Using the Soar Cognitive Architecture
Biologically-Inspired Autonomous Robot
Development and Field Testing of the FootFall Planning System for the ATHLETE Robots
Biologically-Inspired Hexapod Robot Design and Simulation
Design and Implementation of Big Humanoid Robot Walking Patterns Based on Inverted Pendulum Approach
Perception, Planning, and Control for Walking on Rugged Terrain
Odysseus Autonomous Walking Robot: The Leg/ARM Design
Human-Like Robots for Space and Hazardous Environments
RePaC Design and Control: Cheap and Fast Autonomous Runners
Gait and Foot Trajectory Planning for Versatile Motions of a Six Legged Robot
Simple 5-Dof Walking Robot for Space Station Application
Adaptive Dynamic Balance of Two and Four Legged Walking Robots
Adaptive Dynamic Balance of Two and Four Legged Walking Robots
Year End Report: Autonomous Planetary Rover at Carnegie Mellon, 1989
Dead Reckoning Navigation for Walking Robots
Three Legged Walking Mobile Platform: Kinematic and Dynamic Analysis and Simulation
Cockroach-Like Hexapod Robot for Natural Terrain Locomotion
Experimental Study of an Ultra-Mobile Vehicle for Off-Road Transportation
Experimental Study of an Ultra-Mobile Vehicle for Off-Road Transportation
Experimental Study of an Ultra-Mobile Vehicle for Off-Road Transportation
Experimental Study of an Ultra-Mobile Vehicle for Off-Road Transportation
Autonomous Planetary Rover at Carnegie Mellon
Dynamic Legged Locomotion in Robots and Animals
Computer Coordination of Limb Motion for a Three-Legged Walking Robot
Guidance and Actuation Systems for an Adaptive-Suspension Vehicle
An Experimental Study of an Ultra-Mobile Vehicle for Off-Road Transportation
JTEC Panel Report on Space Robotics in Japan