RoManSy 9 (1992), Udine, Italy OPENING LECTURE: CHAPTER I: Mechanics - I New Manipulators with Simple Inverse Kinematics. The Semigraphical Determination of ALL Real
Inverse Kinematic Solutions of General Six-Revoke Manipulators An Approach to Symbolic Kinematics of Multiloop
Robot Mechanisms Analytical Form Solution of the Direct Kinematics
of a 4-4 Fully in-Parallel Actuated Six Degree-of-Freedom Mechanism Characterization of Redundancy in Spatial Closed
Kinematic Chains Finding Collision-Free Trajectory for Redundant
Manipulator by Local Information Available CHAPTER II: Mechanics - II Some Effects of the Joints Drive Systems
Torsional Compliances and the Velocity Profiles of the 5R Manipulators Dynamic
Accuracy Comparing Structures of Stiffness Matrices Using
Invariants Kineto - Static Analysis of Cooperative Robot
Manipulators Achieving Dexterous Configurations Geometrical Decomposition of Robot Elasticity CHAPTER III: Mechanics - III A Life Devoted to TMM and Robotics: Professor
M.S. Konstantinov Multi-Criteria Optimization of Robots for Planar
Trajectory Operations CHAPTER IV: Control of Motion Planning Motions of Robotic Systems Subject to
Force and Friction Constraints with an Application to a Robotic Climber Feasibility of Trajectories in Cluttered
Environments and Automatic Positioning of the Robot A New Scheme for Hybrid Force-Position Control An Adaptive Implicit Hybrid Position Force
Control of Robots: Implementation Problems Parallel Computing of Symbolic Robot Models and
Control Laws Theory and Application on Advanced Multiprocessor Architectures Decoupling and Suboptimal Control for Robots CHAPTER V: Sensing and Machine Intelligence Dynamic Multi-Functional Tactile
Sensing A Concurrent Interpreted Language, Including
Constraints, for Robot Programming Flexible Controller for Robots Equipped with
Sensors CHAPTER VI: Synthesis and Design - I A Three Degree-of-Freedom in-Parallel Actuated
Manipulator Planning Workpiece Grasp Points for Cooperating
Robot Movements Full Envelope Dexterous Manipulation Multi-Degree of Freedom Spherical Ultrasonic
Motor A Spatial Fully-Parallel Manipulator A New Approach to the Modelling of Power Grasp CHAPTER VII: Synthesis and Design - II Design of a Carbon Fiber Robot : Architectural
Choices and Design Balancing A New Actuation System for High - Performance
Torque Controlled Manipulators Real Time Kinematics for a 6 DOF Telerobotic
Joystick Structural and Kinematic Synthesis of
Multi-Degree of Freedom High-Class Manipulation Devices CHAPTER VIII: Biomechanical Aspects of Robots and Manipulators - I A Control Scheme for Biped Walking without
Impacts Methods of Evaluation of the Power Developed in a
Mans Leg During Normal Walking Modelling Upper Extremity Muscles Effort under
Static Working Conditions Development of a Coupled Tendon Drive Manipulator
with Seven Degrees of Freedom CHAPTER IX: Biomechanical Aspects of Robots and Manipulators - II A Basic Concept of Super Rabbit Dynamics and Control of 6-Legged Walking Machines CHAPTER X: Applications and Performance Evaluation Robotics Training Station - A New Application
Area in Robotics Interactive Planning Using Graphical Simulation
for Robot Task Programming Supervision and Sensing in Flexible Assembly The Robotic Milking of Cows Telemanipulation Control of a Robotic Hand with
Cooperating Fingers by Means of Telepresence with a Hybrid Virtual-Real Structure Control of Robot-Based Assembly Cell |