Advances and Techniques in Climbing and Walking Robots
Ming Xie
Nanyang Technological University, SG
Steven Dubowsky
Massachusetts Institute of Technology, USA
Jean-Guy Fontaine
Italian Institute of Technology, Italy
M. Osman Tokhi
University of Sheffield, UK
Gurvinder S. Virk
University of Massey, NZ
Table of Contents
Preface
Part I: Plenary Introduction
Chapter 1
Bipedal Humanoid Robot and Its Applications
Atsuo Takanishi
Chapter 2
Climbing up the Wall
John Billingsley,
Chapter 3
From Micro to Nano and Swarm Robots
Heinz Wörn
Chapter 4
Climbing Robots for Nondestructive Testing: Historical Perspective and Future Trends
Bryan Bridge
Chapter 5
Biomechanics and Robotics
Neville Hogan
Part II: Advances in Climbing Robots:
Chapter 1
A CPG WITH FORCE FEEDBACK FOR A STATICALLY STABLE QUADRUPED GAIT
Jose Cappelletto, Pablo Estevez, Gerardo Fernandez-Lopez and Juan
Carlos Grieco
Chapter 3
A SLIDING SOCK LOCOMOTION MODULE FOR A RESCUE ROBOT
Luca Rimassa, Matteo Zoppi and Rezia Molfino
Chapter 4
A WHEELED WALL-CLIMBING ROBOT WITH TWO CLIMBING LEGS
Zhihai Li, Yili Fu, Hejin Yang and Shuguo Wang
Chapter 5
AN EVOLVED NEURAL NETWORK FOR FAST QUADRUPEDAL LOCOMOTION
Irene Markelic and Keyan Zahedi
Chapter 6
AUTONOMOUS CLIMBING MOTIONS FOR CONNECTED CRAWLER ROBOTS
Sho Yokota, Yasuhiro Ohyama, Hiroshi Hashimoto, Jin-Hua She, Kuniaki
Kawabata, Hisato Koabayashi and Pierre Blazevic
Chapter 7
CONTROLLING AN ACTIVELY ARTICULATED SUSPENSION VEHICLE FOR MOBILITY IN ROUGH TERRAIN
Siddharth Sanan, Sartaj Singh and Krishna K Madhava
Chapter 8
DESIGN AND CONSTRUCTION OF A ROPE CLIMBING ROBOT
Juan Pablo Martínez Esponda
Chapter 9
DESIGN OF A NEW LEG MECHANISM FOR THE WHEELED WALL CLIMBING ROBOT
Hejin Yang, Yili Fu, Zhihai Li and Shuguo Wang
Chapter 10
DEVELOPMENT OF A CLIMBING ROBOT FOR WELD INSPECTION
Jianzhong Shang, Bryan Bridge, Tariq Sattar, Shymal Mondal and Alina
Brenner
Chapter 11
DEVELOPMENT OF A SEALING SYSTEM FOR A CLIMBING ROBOT WITH UNDERPRESSURE ADHESION
Carsten Hillenbrand, Daniel Schmidt, Karsten Berns, Tim Leichner,
Tobias Gastauer and Bernd Sauer
Chapter 12
DEVELOPMENT OF A SUCTION TYPE MINIATURE CLIMBING ROBOT WITH MINIMAL ACTUATORS
Muthu veerappan Vignesh
Chapter 13
DEVELOPMENT OF AN AMPHIBIOUS HEXAPOD ROBOT BASED ON A WATER STRIDER
Soh Fujii and Taro Nakamura
Chapter 14
DEVELOPMENT OF AN OMNI-DIRECTIONAL MOBILE ROBOT BASED ON SNAIL LOCOMOTION
kuniaki satou and Taro Nakamura
Chapter 15
GAIT PARAMETER ADAPTATION TO ENVIRONMENTAL PERTURBATIONS IN QUADRUPEDAL ROBOTS
Elena Garcia, Joaquin Estremera, Pablo Gonzalez de Santos and Manuel Armada
Chapter 16
INTELLIGENT SPIDER WALKING ROBOT FOR ROUGH TERRAIN
Michael McCready, Liqiong Tang and Gurvinder Singh Virk
Chapter 17
KINEMATICS, SENSORS AND CONTROL OF THE FULLY AUTOMATED FACADE CLEANING ROBOT SIRIUSC FOR THE FRAUNHOFER HEADQUARTERS BUILDUNG, MUNICH
Norbert Elkmann, Mario Lucke, Tino Krüger and Thomas Stürze
Chapter 18
ON FOUR LEGS TOWARDS FLEXIBLE AND FAST LOCOMOTION
Cem Kara, Christian Heckhoff, Thorsten Brandt and Dieter Schramm
Chapter 19
ON THE DESIGN OF A FOUR-BAR MECHANISM FOR OBSTACLES CLIMBING WHEELS
Antonio González, Erika Ottaviano and Marco Ceccarelli
Chapter 20
PATH PLANNING FOR THE "3DCLIMBER"
Mahmoud Tavakoli, Lino Marques and Aníbal T. de Almeida
Chapter 22
ROBOT FOR MOTION IN TUBE
Jatsun Sergey, Mishenko Vladimir and Jatsun Andrey
Chapter 23
ROBOTRAIN AS SNAKELIKE ROBOTIC SYSTEM WITH MINIMAL NUMBER OF DOF
Vladimir Pavlovsky, Natalia Petrovskaya, Vladimir Evgrafov and Vladimir Pavlovsky, Jr
Chapter 24
SERVICING SOLAR POWER PLANTS WITH WALLWALKER
Ridha Azaiz
Chapter 25
STABILITY AND GAIT OPTIMIZATION OF A HYBRID LEGGED-WHEELED ROVER
Byron Johns and Ayanna Howard
Chapter 27
TERRAIN-ADAPTIVE LOCOMOTION OF A WHEEL-LEGGED SERVICE ROBOT USING
ACTUATOR-BASED FORCE MEASUREMENTS
Petri Virekoski and Ilkka Leppänen
Chapter 28
THE CONTROL OF QUADRUPED WALKING ROBOT BASED ON BIOLOGICALLY INSPIRED
APPROACH
Choi Hyouk Ryeol, Kang Tae Hun, Koo Ig Mo and Song Young Kuk
Chapter 29
THE IMPROVEMENT OF STRUCTURAL AND REAL TIME CONTROL PERFORMANCES FOR
MERO MODULAR WALKING ROBOTS
Ion Ion, Luige Vladareanu, Radu Munteanu jr. and Mihai Munteanu
Part III: Advances in Walking Robots:
Chapter 1
A BASIC VARIABLES SET BASED SCHEME OF ONLINE MOTION PLANNING FOR HUMANOID ROBOTS
Wang Jian, Sheng Tao and Ma Hongxu
Chapter 2
A HOPPING MOBILITY CONCEPT FOR A ROUGH TERRAIN SEARCH AND RESCUE ROBOT
Steven Dubowsky, Jean-Sebastien Plante, Sam Kesner and Penny Boston
Chapter 3
A PROPOSAL FOR BIPEDAL LOCOMOTION USING GYROSCOPIC EFFECT
Pulkit Kapur, Rahul Mukhi and Vinayak
Chapter 4
A SELF-ADJUSTING UNIVERSAL JOINT CONTROLLER FOR STANDING AND WALKING LEGS
Axel Schneider, Björn Fischer, Holk Cruse and Josef Schmitz
Chapter 5
A STEP TOWARDS PNEUMATICALLY ACTUATED BIPED LOCOMOTION : A BIO INSPIRED PLATFORM FOR STIFFNESS CONTROL
Giovanni Muscato and Giacomo Spampinato
Chapter 6
AUTONOMOUS BIPEDAL GAIT ADJUSTMENT UNDER PERTURBATIONS
Lin Yang, Chee-Meng Chew and Aun-Neow Poo
Chapter 7
DESIGN AND PROBLEMS OF A NEW LEG-WHEEL WALKING ROBOT
Cristina Tavolieri, Erica Ottaviano, Marco Ceccarelli and Andrea Nardelli
Chapter 8
STIFFNESS AND DUTY FACTOR MODELS FOR THE DESIGN OF RUNNING BIPEDS
Muhammad E. Abdallah and Kenneth J. Waldron
Chapter 10
CONSTRAINT BASED TRAJECTORY SIMPLIFICATION OF FULL BODY TRAJECTORIES FOR A WALKING ROBOT
Hanns Tappeiner and Alfred Rizzi
Chapter 11
FOOT PLANNING MOTION OF HUMANOID ROBOT RH-1 USING LAG ALGORITHM
Mario Arbulu, Luis Cabas, Pavel Staroverov, Dmitry Kaynov, Carlos Perez
and Carlos Balaguer
Chapter 12
GAIN PROPERTY FOR BIPED WALKING VIA LEG LENGTH VARIATION
Tetsuya Kinugasa, Shoichi Miwa, Yannick Aoustin and Christine Chevallereau
Chapter 13
LEG CONTROL FOR CHANGING LOCOMOTION BETWEEN LEG-TYPE AND WHEEL-TYPE BASED ON EFFECTIVE USE OF TOTAL POWER
Tokuji Okada, Wagner Tanaka Botelho and Toshimi Shimizu
Chapter 14
MOVEMENT SIMULATION FOR MERO MODULAR WALKING ROBOT
Ion Ion, Ion Simionescu, Adrian Curaj and Alexandru Marin
Chapter 15
TRAJECTORY GENERATOR FOR RHYTHMIC MOTION CONTROL OF ROBOT USING NEURAL OSCILLATORS
Weiwei Huang, Chee-Meng Chew, Geok-Soon Hong and Nithya Gnanassegarane
Chapter 16
OBSERVER-BASED CONTROL OF A WALKING BIPED ROBOT: STABILITY ANALYSIS
Vincent Lebastard, Yannick Aoustin and Franck Plestan
Chapter 17
OPTIMIZED ROBOT DURING ELEVATION OF AN OBJECT: COMPARISON KNEE BENDING IMPRESSION
Hamed Ajabi Naeini and Mostafa Rostami
Chapter 18
POSTURAL STABILITY CONTROL FOR ROBOT-HUMAN COOPERATION FOR SIT-TO-STAND ASSISTANCE
Viviane Pasqui, Ludovic Saintbauzel and Philippe Bidaud
Chapter 19
RESEARCH ON UNDERACTUATED DYNAMICAL WALKING OF 3D BIPED ROBOT
Sheng Tao and Ma Hongxu
Chapter 20
ROTOPOD: A NOVEL APPROACH TO EFFICIENT LEGGED LOCOMOTION
Damian Lyons
Chapter 21
THE DESIGN OF A HUMANOIDAL BIPED FOR THE RESEARCH ON THE GAIT PATTERN GENERATORS
Przemyslaw Kryczka and Chee-Meng Chew
Chapter 22
THINKING ABOUT BOUNDING AND GALLOPING USING SIMPLE MODELS
Kenneth Waldron, Joaquin Estremera, Paul Csonka and Surya Singh
Chapter 23
USING OPTIMIZATION TECHNIQUES FOR THE DESIGN AND CONTROL OF FAST BIPEDS
Tobias Luksch, Karsten Berns, Katja Mombaur and Gerrit Schultz
Chapter 24
USING VIRTUAL MODEL CONTROL AND GENETIC ALGORITHM TO OBTAIN STABLE BIPEDAL WALKING GAIT THROUGH OPTIMIZING THE ANKLE TORQUE
Van-Huan Dau, Chee-Meng Chew and Aun-Neow Poo
Chapter 25
WALKER SYSTEM WITH ASSISTANCE DEVICE FOR STANDING-UP
Daisuke Chugo, Wataru Matsuoka and Kunikatsu Takase
Part IV: Advances in Humanoid Soccer Robots:
Chapter 1
A DISTRIBUTED EMBEDDED CONTROL ARCHITECTURE FOR HUMANOID SOCCER ROBOTS
Carlos Antonio Calderon, Changjiu Zhou, Pik Kong Yue, Mike Wong and Mohan Rajesh Elara
Chapter 2
DESIGN OF A HUMANOID SOCCER ROBOT: WUKONG
Qing Tang, Rong Xiong, Jian Chu and Xinfeng Du
Chapter 3
FORMULATION OF DESIRED ZERO MOMENT POINT TRJECTORY USING STATISTICAL METHOD
Lingyun Hu, Changjiu Zhou, Bi Wu and Tianwu Yang
Chapter 4
LOCOMOTION CONTROL SCHEME FOR FAST WALKING HUMANOID SOCCER ROBOT
Weerayut Sawasdee, Pasan Kulvanit and Thavida Maneewarn
Chapter 5
OPTIMUM PERFORMANCE OF THE FAST WALKING HUMANOID SOCCER ROBOT: EXPERIMENTAL STUDY
Pasan Kulvanit, Bantoon Srisuwan and Djitt Laowattana
Part V: Supporting Technologies
Chapter 1
A BIOLOGICALLY INSPIRED ARCHITECTURE FOR CONTROL OF GRASPING MOVEMENTS OF AN ANTHROPOMORPHIC GRIPPER
Sergio Varona Moya, Javier Molina Vilaplana, Alejandro Linares Barranco, Jorge Juan Feliu Battle and Juan Lopez Coronado
Chapter 2
A CONCURRENT PLANNING ALGORITHM FOR DUAL-ARM SYSTEMS
CHIEN-CHOU LIN, JEN-HUI CHUANG and TING-WEI CHAN
Chapter 4
A MODULAR APPROACH FOR CONTROLLING MOBILE ROBOTS
Kristian Regenstein, Thilo Kerscher, Clemens Birkenhofer, Tamim Asfour,
J. Marius Zöllner and Rüdiger Dillmann
Chapter 5
A SELF ORGANIZING NETWORK MODEL FOR CLAWAR SYSTEM COMMUNICATION COEVOLUTION
Fabio P. Bonsignorio
Chapter 6
AN APPROACH TO GLOBAL LOCALIZATION PROBLEM USING MEAN SHIFT ALGORITHM
Giovanni Muscato and Salvatore Sessa
Chapter 8
ASYNCHRONOUS LOCAL POSITIONING SYSTEM BASED ON ULTRASONIC ACTIVE BEACONS AND FEED FORWARD NEURAL NETWORKS
Pablo Estevez, Juan Hernandez, Jose Cappelletto and Juan Carlos Grieco
Chapter 9
CONTACT PROCESSING IN THE SIMULATION OF CLAWAR
Ulrich Schmucker, Vadym Rusin, Mykhaylo Konyev and Tamas Juhasz
Chapter 10
CREATING A GESTURE RECOGNITION SYSTEM BASED ON SHIRT SHAPES
Pavel Staroverov, Silvia Marcos, Dmtry Kaynov, Mario Arbulu, Luis Cabas and Carlos Balaguer
Chapter 11
DESIGN AND DEVELOPMENT OF MICRO-GRIPPING DEVICES FOR MANIPULATION OF MICRO-PARTS
Z.W. Zhong, S.K. Nah and S.H. Tan
Chapter 12
DESIGNING OF A COMMAND SHAPER USING MULTI-OBJECTIVE PARTICLE SWARM ALGORITHM FOR VIBRATION CONTROL OF A SINGLE-LINK FLEXIBLE MANIPULATOR SYSTEM
M. S. Alam, M. O. Tokhi and M. A. Hossain
Chapter 13
DETECTING SOUND SOURCES WITH THE HUMANOID ROBOT RH-1
Pavel Staroverov, Ricardo Martinez, Dmitry Kaynov, Mario Arbulu, Luis Cabas and Carlos Balaguer
Chapter 15
IN SEARCH OF PRINCIPLES OF ODOUR SOURCE LOCALISATION
Endre Kadar, Gurvinder Virk and Christodoulos Lytridis
Chapter 16
GA TUNED COLSED-LOOP CONTROL OF SPRING BRAKE ORTHOSIS
M S Huq, R Massoud, M S Alam and M O Tokhi
Chapter 17
HIDDEN MARKOV MODEL BASED FUZZY CONTROLLER FOR FLEXIBLE-LINK MANIPULATOR
M.N.H. Siddique, M.A. Hossain, M.S. Alam and M.O. Tokhi
Chapter 18
HIL/SIL BY DEVELOPMENT OF CLAWAR
Sergiy Dzhantimirov, Frank Palis, Ulrich Schmucker, Andriy Telesh and
Yuriy Zavgorodniy
Chapter 19
IMPROVING PNEUMATIC CYLINDER PERFORMANCE FOR LEGGED ROBOTICS
Graham McLatchey and John Billingsley
Chapter 21
INTEGRATED INTELLIGENT MECHROBOT SYSTEM
Liqiong Tang and Gurvinder Singh Virk
Chapter 22
MCA2 - AN EXTENSIBLE MODULAR FRAMEWORK FOR ROBOT CONTROL APPLICATIONS
Klaus Uhl and Marco Ziegenmeyer
Chapter 23
MOTION ESTIMATION AND SELF-LOCALIZATION BASED ON COMPUTER VISION AND ARTIFICIAL MARKER DEPOSITION
Savan Chaniyara, Kaspar Althoefer and Lakmald Seneviratne
Chapter 24
NEW STANDARDS FOR NEW ROBOTS
Gurvinder Singh Virk
Chapter 25
PARALLEL PARTICLE SWARM OPTIMIZATION FOR NETWORKED CLAWAR SYSTEM COOPERATION
Fabio P. Bonsignorio
Chapter 26
PERFORMANCE METRICES FOR IMPROVING HRI
Yiannis Gatsoulis and Gurvinder Singh Virk
Chapter 28
REAL-TIME COMPUTATIONAL COMPLEXITY OF THE ALGORITHMS FOR A SINGLE LINK MANIPULATOR SYSTEM
M A Hossain, N H Siddique, M O Tokhi and M S Alam
Chapter 30
SOFTWARE AND COMMUNICATION INFRASTRUCTURE DESIGN OF THE HUMANOID ROBOT RH-1
Dmitry Kaynov, Mario Arbulu, Pavel Staroverov, Luis Cabas and Carlos
Balaguer
Chapter 31
SPARBOT – A ROBOTIC FOCUS MITT TRAINING PLATFORM
Richard Stokes, Liqiong Tang and Ibrahim A. Al-Bahadly
Chapter 32
SPRING-ORTHOSIS ASSISTED FES-CYCLING
Rasha Massoud, Osman Tokhi and Shafiul Alam
Chapter 34
A NOVEL MINIATURE ATTITUDE MEASUREMENT SYSTEM FOR CLIMBING AND WALKING ROBOTS
Guanglong Wang, Chunxi Zhang, Zhaoying Zhou and Rong Zhu