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ROMANSY 18 - Robot Design, Dynamics and Control - Proceedings of the Eighteenth CISM-IFToMM Symposium
Title Page
3
Copyright Page
4
PREFACE
5
Table of Contents
7
Keynote Lectures
13
Where Future Robots should Go and should not Go
14
1 Introduction
14
2 The Special Skill for Human and Robot
16
3 A Collaboration Style between Robots and Human
23
4 A Success Example in Robot Business
24
5 Where Future Robots should Go and should not Go
26
6 Concluding Remarks
26
Bibliography
27
Robust Drives for Parallel Robots
30
1 Introduction
31
2 Alternative Designs of the Tilt Generator
32
3 The Tilt-generating Spherical Linkage
33
4 The Kinnematics of the Two-dof Drive
36
5 The Tilt-generating Quasispherical Linkage
36
6 Conclusions
37
7 Acknowledgements
38
Bibliography
38
MInimal-Form Multibody Dynamiccs for Embed Multidisciplinary Applications
40
1 Introduction
40
2 Object-Oriented Modelling
41
3 Symbolical Code Generation
43
4 Application Examples
44
5 Conclusions and Acknowledgements
47
Bibliography
48
Chapter I Novel Robot Design and Robot Modules/Components
50
Constructive Redesign of a Modular Metamorphic Microgripper
51
1 Introduction
51
2 The MorphoGrip Architecture
52
3 Experimental Results
54
4 Constructive Re-Design of the Finger Module
55
5 Conclusions
57
References
58
A One-Motor Full-Mobility 6-PUS Manipulator
59
1 Introduction
59
2 Manipulator Architecture and Operation
60
3 Kinetostatics and Constraints on the Path
63
4 Conclusions
66
References
66
Dynamic Hybrid Position/Force Control for Parallel Robot Manipulators
67
1 Introduction
67
2 Dynamic Modeling of Parallel Manipulator
68
3 Hybrid Position/Force Control Method
68
4 Experiments
70
4.1 Experimental Setup
71
4.2 Approaching and Contacting a Stiff Wall
72
4.3 Trajectory Tracking in Unconstrained Environment
73
4.4 Trajectory Tracking in Constrained Environment
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5 Conclusions
74
Bibliography
74
Decoupled Parallel Manipulator with Universal Joints and Additional Constraints
75
1 Introduction
75
2 The kinematic chains with universal joints and additional constraints and 4-DOF mechanisms
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3 The design of 6-DOF decoupled parallel mechanism
80
4 Conclusion
82
References
82
Positio: A 4R Serial Manipulator Having a Surface of Isotropic Positioning
83
1 Introduction
83
2 Kinematic Model
84
3 Isotropic Conditions and Associated Surface
86
3.1 Positioning Tasks
86
3.2 Orienting Tasks
87
3.3 Positioning and orienting Tasks
89
4 Conclusions
89
Bibliography
89
Joint space and workspace analysis of a two-DOF closed-chain manipulator
91
1 INTRODUCTION
91
2 ALGORITHM
92
2.1 Definition of the quadtree/ictree model
92
2.2 Notion of aspect for fully parallel manipulators
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2.3 Introduction to ALIAS library
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2.4 A first basicc tool: Box verification
93
2.5 A second basic tool: Quadtree model definition
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3 MECHANISM UNDER STUDY
94
3.1 Kinematic Relations
94
3.2 Direct kinematic problem
95
3.3 Selection of the assembly mode
96
3.4 Inverse kinematic problem
97
3.5 Selection of the working mode
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3.6 Computation of the generalized aspects
98
3.7 Comparison between classical quadtree computation and the new algorithm
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4 CONCLUSIONS AND FUTURE WORKS
99
REFERENCES
100
Identification of Base Parameters for Large-scale Kinematic Chains Based on Polyhedral Convex Cones
101
1 Introduction
101
2 Identification methods developed for manipulators
102
3 Identification for legged systems comsidering physical consistency and computational stability
103
4 Experimental results
105
5 Conclusion
107
Bibliography
108
Modeling Effects on Free Vibration of a Two-Link Flexible Manipulator
109
1 Introduction
109
2 Manipulator models
110
3 Simulations and discussion
113
4 Concluding remarks
115
References
116
Chatter Suppression in Sliding Moke Control: Strategies and Tuning Methods
118
1 Introduction
118
2 Chatter Suppression Strategies
119
2.1 Continuous Approximation Strategies
119
2.2 HIgher Order Sliding Model
120
3 Oerformance Estimation
121
3.1 Stability
121
3.2 Harmonic linearization
121
4 Example
123
5 Conclusion
124
References
125
On Solving the Forward Kinematics of the 6-6 General Parallel Manipulator with an Efficient Evolutionary Algorithm
126
1 Introduction
126
2 The Forward Kinematics Problem Formulation
127
3 Solving with genetic algorithms
129
3.1 Hybridization of genetic algorithms
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3.2 G3-PCX genetic algorithm
130
4 Results and Analysis
130
4.1 Configuration for the FKP pf 6-6 general Parallel Manipula- tor
130
4.2 Experimental Set-up
130
4.3 Results
131
4.4 Discussion
132
5 Conclusion
132
Bibliography
133
Determination of Mobility in a Kinematic Chain by Properly Using the Jacobian Matrix.
134
1 Introduction.
134
2 Representations of the Euclidean Group.
135
3 The Lie Product and the Adjoint Representation.
136
4 Serially Connected Kinematic Chains.
138
5 Conclusions.
141
Bibliography
141
Micro Hinges and their Application to Micro Robot Mechanisms
142
1. Introduction
142
2. Micro Motion Convert Mechanism made by FAB Machine
143
3. Palmtop Surface Mount System for Micro Devices by Use of a Pantograph Mechanism with Large-Deflective Hinges
145
4. Fatigue Tests of an Molding Pantograph Mechanism with Large Deflective Hinges
146
5. Experimental Method of the Fatigue Test of One Hinge Model
146
6. Conclusions
149
References
149
Parallel RPR- -RPR Manipulator Generating 2-DOF Translation along One-Sheet Revolute Hyperboloid
150
1. Introduction
150
2. Single-Closed Loop Chains with 2-DoFs
151
3. Parallel Manipulator Generating 2-DoF Translation along a Ruled Hyperboloid
154
4. Derivation of Delassus RPRP Paradoxical Chain
154
5. Conclusion
156
References
157
A Study on the Effects of Cable Mass and Elasticity in Cable-Based Parallel Manipulators
158
1 Introduction
158
2 Cable Modeling for Cable-Based Manipulators
159
2.1 Mass Less Inextensible Cable Model
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2.2 Elastic Mass Less Cable Model
159
2.3 Continuous Cable Model with Mass and Elasticity
159
2.4 Lumped Mass and Elastic Cable Model
160
3 Case of Study: Planar 2 Cables Point-Mass Robot
161
3.1 Simulation Results
162
3.2 Experimental Characterization
163
Conclusions
165
Bibliography
165
Chapter II Service, Education, Medical, Space, Welfare and Rescue Robots
166
Motion Planning of the Trident Snake Robot: An Endogenous Configuration Space Approach
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1 Introduction
167
2 Problem Formulation
168
3 Motion Planning
170
4 Computer Simulations
173
5 Conclusion
173
Bibliography
174
A Novel Stair-Climbing Wheelchair with Variable Configuration Four-Bar Linkage -Mechanism Design and Kinematics-
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1 Introduction
175
2 Design and Principle of Operation
176
3 Kinematics
178
4 Conclusions and Future Work
182
Bybliography
182
Motion and Force measures on tortoises to design and control a biomimetic quadruped robot
183
1 Introduction
183
2 Experiments on animals
184
2.1 Experiments in Vivo
184
2.2 Experiments in Vitro
186
3 TATOR II Model
187
4 Conclusion
190
Bibliography
190
Mechanism Design Improvements of the Airway Man-agementTraining System WKA-3
191
1 Introduction
191
2 Design of the WKA-3
192
2.1 Wire Drive Unit
193
2.2 Mandible
193
2.3 Tongue
194
3 Force and Position Control of the WKA-3
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4 Experimental results
196
5 Conclusions & Future Work
197
Bibliography
198
Design for a Dual-Arm Space Robot
199
1 Introduction
199
2 Description of Robot System
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3 Mechanism of Dual-Arm Space Robot
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3.1 Mechanism of the Head
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3.2 Mechanism of the Arm
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3.3 Mechanism of the Hand
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3.4 Design of High-Cohesion Integrative Joint
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4 Vision-Based Climbing Plan
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4.1 Vision Processing System
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4.2 Climbing Trajectory Plan
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4.3 Force Control of Hand
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5 Experiment
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6 Conclusion
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Bbibliography
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Mechanical Design of a Novel Biped Climbing and Walking Robot
207
1 Introduction
207
2 The 2 (3-RPS) Leg Mechanism
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3 The 3-RPS Parallel Mechanism: Kinematic Synthesis
210
4 The 3-RPS Parallel Mechanism: Workspace Analysis
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Conclusions
214
Bibliography
214
Chapter III Humanoid Robots, Bio-Robotics, Multi-Robot, Multi-Agent Systems
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Development of the Anthropomorphic Waseda Saxophonist Robot
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1 Introduction
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2 Waseda Saxophonist Robot No.2 (WAS-2)
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2.1 Mechanical System
218
2.2 Control System
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2.3 Experiments and Results
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2.4 Conclusion and Future Work
223
Bibliography
223
Design and Simulation of a Waist-Trunk System for a Humanoid Robot
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1 Introduction
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2 Human Torso and Proposed Waist-Trunk System
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3 An Inverse Kinematics Studdy
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4 Simulation results
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5 Conclusions
231
Bibliography
231
Safe Navigation in Dynamic Environments
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1 Introduction
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2 The Velocity Obstacle
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3 Time Horizon
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4 The Planner
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5 Examples
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6 Conclusion
238
Bibliography
239
Development of a Visual Interface for Sound Parameter Calibration of the Waseda Flutist Robot WF-4RIV
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1 Introduction
240
2 Waseda Flutist Robot No.4 Refined IV
241
3 Instrument Position Mapping
243
4 Experiments and Results
244
5 Conclusion and Future Works
246
Bibliography
247
Simulation of a Humanoid Robot walking gait on Moon Surface
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1. Introduction
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2. Walking Behavior on Moon Gravity
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2.1. Human body modeling
250
2.2. Froude number
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3. Control Method of the Robot
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4. Simulation Result of Walking Motion
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5. Conclusion & Future Work
254
References
254
Development of New Biped Foot Mechanism Mimicking Human’s Foot Arch Structure
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1 Introduction
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2 Development of Human-like Foot Mechanism
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2.1. Modeling of Human’s Foot Arch Structure
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2.2. Human-like Foot Mechanism Design
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3 Experimental Tests and Consideration
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3.1. Verification of Walking with Human-like Foot Mechanism
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3.2. Consideration of Function of Foot Arch Structure
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4 Conclusions and Future Work
262
Bibliography
263
Design and Development of Bio-mimetic Quadruped Robot
264
Introduction
264
Analysis of Rat’s Motion and Proportion
265
Hardware Design
267
Control of WR-2
268
Performance Verification
269
Summary and Future works
270
References
270
Static and Dynamic Maneuvers With a Tendon-Coupled Biped Robot
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1 Introduction
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1.1 Motivation
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1.2 Prior Work
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2 Design
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2.1 Mechanical Design
273
2.2 Electrical Design
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3 Control Results
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3.1 Balancing
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3.2 Stepping
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3.3 Hopping
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3.4 Running
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4 Discussion
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5 Conclusion
279
Bibliography
279
Chapter IV Control, Modelling, and Analysis of Robotic Systems
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Kinematic Calibration of Small Robotic Work Spaces Using Fringe Projection
281
1 Introduction
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2 Methods for the Modeling of the Kinematics
282
2.1 Conventional Modeling
282
2.2 Kinematic Modeling with respect to Polynomial Functions
283
3 Identification of the Kinematics
284
3.1 Calibration Functional
284
3.2 Experimental Setup
284
4 Determination of the Kinematics
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5 Validation of the Determined Kinematic Functions
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6 Conclusion
288
Bibliography
288
Forward Dynamics of 3-DOF Parallel Robots: a Comparison Among Different Models
289
1 Introduction
289
2 Forwar Dynamics in Terms of Identified Dynamic Parameters
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2.1 Mass Matrix
291
2.2 Vector of Velocity components
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2.3 Vector of Gravity ccomponents
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3 Case Studies
292
4 Results
293
5 Conclusions
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Bibliography
296
Workspace Generation of Planar Wire-Actuated Parallel Manipulators with Antipodal Method
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1 Introduction
297
2 Theory
298
3 Simulation
302
4 Conclusion
304
References
304
Trajectory Following and Vibration Control for Flexible-link Manipulators
305
1 Introduction
305
2 Model-based Predictive Control
306
3 Dynamic model
307
4 Control System
308
5 Simulation results: trajectory tracking
309
6 Conclusion
311
Bibliography
311
Shaking Forces Minimization of High-Speed Robots via an Optimal Motion Planning
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1 Introduction
313
2 Minimization of the Shaking Forces via an Optimal Motion Planning of the Total Mass Centre of Moving Links
314
3 Illustrative Example
316
4 Conclusions
319
References
320
Passivity Based Backstepping Control of an Elastic Robot
321
1 Overview
321
2 Mathematical Model
322
3 Controller Design
324
4 Experimental Results
326
5 Conclusion
328
Bibiography
328
Economical Control of Robot Systems Using Potential Energy
329
1 Introduction
329
2 Optimal Control of Robot Systems
330
3 Linear Analysis of Optimal Solution
330
3.1 Linearization of the Equations of Motion
330
3.2 Analysis Using Optimal Control Theory
331
3.3 Comparison with Simulation Results
332
4 Optimal Design Method
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4.1 Optimal Operating Time
334
4.2 Optimal Design of Springs
334
4.3 Application Example
335
5 Conclusion
335
Bibliography
335
Motion Control of an Under-Actuated Service Robot Using Natural Coordinates
337
1 Introduction
337
2 Mechanical Model and Problem Formulation
338
3 Computed Torque Control
341
4 Real parameter case study and simulation
342
5 Conclusion
344
Bibliography
344
Control Law Synthesis for Slip Reduction of Wheeled Robot
345
1 Introduction
345
2 Slip Avoidance
345
3 Traction Force During the Slip
347
4 Slip Reduction
347
5 Conclusion
352
Bibliography
352
A Kinematic Model of the Tibio-Talar Joint Using a Minimum Energy Principle
353
1 Introduction
353
2 Materials and Methods
355
2.1 Data Acquisition
355
2.2 Bone Modeling
355
2.3 Trajectory Generation
355
3 A Measure of Joint Congruence
356
4 Result and Discussion
357
5 Algorithm Sensitivity
359
6 Conclusion
361
Bibliography
361
Chapter V Innovations in Sensor Systems for Robots and Perception
363
Development of the Ultrasound Probe Holding Robot WTA-1RII and an Automated Scanning Algorithm based on Ultrasound Image Feedback
364
1 Introduction
364
2 Development of the Probe Holding Robot WTA-1RII
365
3 Automated Scanning Method
366
3.1 Image processing
367
3.2 Probe Path Planning
368
4 Experiments and Results
369
4.1 Manipulator Positioning Accuracy
369
4.2 Automated Scanning
370
5 Conclusion and Future Work
371
Bibliography
371
RFID-Assisted Detection and Handling of Packages
372
1 Introduction
372
2 State of the art
373
3 Experimental Setup
373
4 RFID Localization
374
5 Package localization and handling
376
5.1 Selection of the Gripper
376
5.2 Handling Process
377
6 Conclusions
379
References
379
Virtual Haptic Map Using Haptic Disply Technology for Visually Impaired
380
1 Introduction
380
2 Virtual Haptic Map
381
3 EXPERIMENT
383
4 Mobile Robot System with Virtual Haptic Map
385
5 CONCLUSION
386
Bibliography
387
EXTRACTION OF SEMANTIC INFORMATION FROM THE 3D LASTER RANGE FINDER
388
1 Introduction
388
2 Data Acquisition
389
3 Texture-based object detection
389
4 Haar-like features
390
Conclusions
393
Bibliography
394
THE APPLICATION OF ICP AND SIFT ALGORITHMS FOR MOBILE ROBOT LOCALIZATION
396
1 Introduction
396
2 Hardware
397
3 SIFT-ICP Algorithm
399
3.1 SIFT Algorithm
399
3.2 ICP Algorithm
399
3.3 SIFT algorithm in ICP
400
4 Experiments
400
5 Conclusions
402
Bibliography
403
Estimation of Complex Anatomical Joint Motions Using a Spatial Goniometer
404
1 Introduction
404
2 Estimation of the Anatomical Joint Screw Axis
405
2.1 Approach Using the Velocities of Points
405
2.2 Approach by Loop Closure
406
3 Application to a Goniometer for The Knee Joint
408
3.1 System description
408
3.2 Simulation results
408
Conclusion
411
Bibliography
411
Chapter VI Recent Advances in Robotics
412
Modeling and Motion Planning for a Population of Mobile Robots
413
1 Introduction
413
2 Modeling for a Population of Mobile Robots
414
2.1 Basic Particle Swarm Optimization
414
2.2 Build Mechanical Model for Practical Use in a Population of Mobile Robots
414
3 Design a Control Scheme for a ROBOTINO
415
3.1 Constraint Handling
415
3.2 Control Scheme
416
4 Simulation and Results
417
5 Conclusion and Future Work
417
Bibliography
420
Reconfigurable Planar Three-Legged Parallel Manipulators
421
1 Introduction
421
2 The Forward And Inverse Kinematics Problem
422
3 Workspace Boundary Visualization
425
4 Example
425
5 Conclusions
428
Bibliography
428
Multi-Objective Trajectory Planning in Wire-Actuated Parallel Manipulators
429
1. Introduction
429
2. Modelling
430
3. Collision Detection
432
4. Trajectory Planning and Impact Reduction
433
5. Simulation
434
6. Discussion and Conclusions
436
References
436
Design of the Facial Expression Mechanism for Humanoid Robots
437
1 Introduction
437
2 Architecture of the Humanoid Robot Prototype
438
3 Robot Face Design
440
3.1 Design Methodology
440
3.2 Data Acquisition
440
3.3 Active Drive Points
441
4 Experiment Results
442
4.1 Robotic Face Testing
442
4.2 Testing the Mobility of the Humanoid Robot
442
5 Conclusion
444
Bibliography
444
A Method for Comparing Human Postures From Motion Capture Data
445
1 Introduction
445
2 Instrument and Data Format
446
3 Posture Comparison Method
447
3.1 Comparison of Frames
447
3.2 Plummet Method for Root-Fame Comparison
448
3.3 Total Score and Proportion
449
4 Experiments and Results
449
5 Conclusions and Future Works
451
Bibliography
452
Evaluation of the KOBIAN and HABIAN Emotion Expression Humanoid Robots with European Elderly People1
453
1. Introduction
453
2. Materials and Methods
454
A. Wheeled-type emotion expression humanoid robot HABIAN
454
B. Creation of the new emotional patterns
455
C. Human actor
455
3. Experimental evaluation
456
A. Evaluation of the Emotion Recognition Ratio
456
B. Evaluation of the robot impression
457
C. Free comments
459
4. Conclusions
459
References
460
An Approach to the Dynamics and Kinematical Control of Mtion Systems Consisting of a Chain of Bodies
461
1 Introduction
461
2 Equations of Motion
463
3 Smooth Control
464
4 Dry (Discontinuous) Friction
465
5 Conclustions
467
Bibliography
468
Modular Design of Emotion Expression Humanoid Robot KOBIAN
469
Introduction
469
Design
470
Discussion
475
Conclusion and Future Works
475
References
476
A Random-Profile Approach for Trajectory Planning of Wheeled Mobile Robots With non-Slipping Constraint
477
1. Introduction
477
2. Description of the problem
478
3. Proposed method
479
3.1. Overview of the basic RPA scheme
479
3.2. Treatment of the non-slipping constraint
480
4. Numerical example
481
5. Conclusion
484
6. References
484
The Second Type of Singularity Analysis of the New Parallel Manipulator with 6 Degree-of-Freedom
485
Introduction
485
Geometry of the PM with 6 DOF
485
Singularity Analysis of the PM With 6 DOF
488
Conclusion
492
References
492
Author Index
493
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