RoManSy 13 (2000), Zakopane, Poland OPENING LECTURE: GENERAL LECTURE: CHAPTER I: Mechanics Coordination of Parallel Arrays of Binary
Actuators A Formal-Numerical Approach to Determine the
Accuracy of a Parallel Robot in a 6D Workspace Symbolic Calculation of Robots Base
Reaction-Force/Torque Equations with Minimal Parameter Set Mechanics of the New UWA Robot On Kinematic Singularities of Nonholonomic
Robotic Systems Experimental Determination of Robot Workspace by
Means of CATRASYS (Cassino Tracking System) A Pantograph Mechanism with Large-Deflective
Hinges for Miniature Surface Mount Systems Adaptive l - Tracking for Rigid Manipulators Mobility Analysis of the 3-PSP Mechanism Detaching and Grasping Strategy Inspired by Human
Behavior Cross-Country Capabilities of a Walking Robot:
Geometrical, Kinematic and Dynamic Investigation Optimization of Robot Gripper Parameters Using
Genetic Algorithms Design of Spatial Fixed-Sequence Manipulator for
Precise and Approximate Reproduction of Gripper Predetermined Positions CHAPTER II: Control of Motion A Powered-Caster Holonomic Robotic Vehicle for
Mobile Manipulation Tasks Motion Coordination and Hybrid Position/Force
Control of a Mobile Micromanipulator Actuated by DirectDrive Vibromechanisms Coordination Control of a Human/Manipulator
System Stability of Cooperating Manipulators with
Symmetric Position/Force Control and Time Delay Remote Control of Periodic Robot Motion Dynamic Control of Multiple Joint Manipulators
Interacting with Dynamic Environment A Comparison between PD-Controls in Terms of
Normalized and Unnormalized Quasi-Velocities CHAPTER III: Synthesis and Design The Modular Design of a Long-Reach, 11-Axis
Manipulator Structure Synthesis of Parallel Manipulators Design of Manipulators Under Dynamic and
Kinematic Performances Influence of Leg Flexibilities on the Trajectory
Planning of a 3-DOF Spherical Parallel Manipulator Study on the Specific Characteristics of Various
Actuators Micro-Manipulation and Adhesion Forces Universal Dental Robot 6-DOF Mouth Opening
and Closing Training Robot WY-5 Development of the Design of POLYCRANK
Manipulator Without Joint Limits CHAPTER IV: Legged Locomotion Emotion-based Walking for a Biped Humanoid Robot Design and Control of the Humanoid Robot ARMAR On Dynamics of Movement of Walking Machines with
Gears Made on the Basis CycleMechanisms of Walking Development of Walking Machines: Novel Leg Drive
Design and Control Autonomous Locomotion of Walking Machines in
Rough Terrain Design and Control of a Biped Robot Six Link Mechanisms for the Legs of Walking
Machines Design, Analysis and Measurements Problems of
MiliWalking Machines Using MultiBody System Formulation Modeling, Simulation and Nonlinear Control of a
Combined Legged and Wheeled Vehicle A New Local Path Planner for a Nonholonomic
Wheeled Mobile Robot in Cluttered Environments Three-Dimensional Simulation of Walk of
Anthropomorphic Biped CHAPTER V: Sensing and Machine Intelligence Cooperative Micro Object Handling by Dual
Micromanipulators Under Vision Control A Comparative Study of Torque Control Using a
Wrist or a Base Force/Torque Sensor CHAPTER VI: Applications Quality Feature Based Adjustment of Robot
Programs Exemplified for the Welding Process MAGROB Application of the RNT Robot to Milling and
Polishing Path Planning in Complex Environments for
Industrial Robots with Additional Degrees of Freedom Robotic Deburring Using a Fuzzy Force Controller A Distributed SMA Actuator System and Associated
Self-Guiding Control Strategy for a Scalable Endoscope Steering Device CHAPTER VII: Biomechanical Aspects Low Energy Biped Locomotion Jumping Motion of an Object Controlled by a
Muscle Contraction Inverse Simulation Study of Trampoline-Performed
Somersaults Functional Biomechanics of Human Grasping and
Sensory Requirements for Simple Robotic End-Effectors |