Information Technology for Balanced Manufacturing Systems: IFIP TC 5, WG 5.5 Seventh International Conference on Information Technology for Balanced Automation Systems in Manufacturing and Services, Niagra Falls, Ontario, Canada, September 4-6, 2006

Front Cover
Weiming Shen
Springer Science & Business Media, Sep 6, 2006 - Technology & Engineering - 500 pages
The manufacturing sector has been facing major challenges as it undergoes revolutionary changes fuelled by new and sophisticated demands from customers, global competition, distribution of manufacturing and marketing activities, and technological advances. In order to address these challenges, manufacturing enterprises need to change the way they do business and adopt innovative technologies and solutions to increase their responsiveness and production efficiency. Information technology plays an essential role in this process. Current manufacturing systems are collections of complex systems or subsystems operating in distributed collaborative environments involving software, hardware, humans, and organizations. It is crucial to keep a balance between the technical aspects of automation and the human and social facets when applying information technology in industrial applications, particularly with the rapid advancements in information and communication technologies and the wide deployment of automated manufacturing systems. However, in order to create appropriate frameworks for exploring the best synergies between humans and automated systems, there are still numerous issues in terms of processes characterization, modeling, and development of adequate support tools. BASYS conferences have been developed and organized to promote the development of balanced automation systems in an attempt to address these issues. The first BASYS conference was successfully launched in Victoria, Brazil (1995), and then the following conferences were held in Lisbon, Portugal (1996), Prague, Czech Republic (1998), Berlin, Germany (2000), Cancun, Mexico (2002), and Vienna, Austria (2004).
 

Contents

AGENT BASED MANUFACTURING
3
AGENTBASED SUPPLY CHAIN PLANNING IN THE FOREST
17
AN AGENTOS FOR AUTONOMOUS COOPERATIVE SYSTEMS
29
A HOLONIC APPROACH TO DYNAMIC MANUFACTURING
37
TOWARD COLLABORATIVE SCHEDULING
47
A FRAMEWORK OF AGENTBASED SUPPLY CHAIN
57
AN AGENTBASED SIMULATION OF A JIT MATERIAL HANDLING
67
UNCERTAIN TEMPORAL SUPPORT IN MULTIAGENT MEDICAL
79
AN INNOVATIVE MAINTENANCE SOLUTION FOR COMPLEX
243
REALTIME COLLABORATIVE DESIGN SYSTEM FOR PRODUCT
253
AN INTEGRATED APPROACH TO A MULTIATTRIBUTE DECISION
261
A VISIONBASED APPROACH OF BAREHAND INTERFACE
281
A VIEW FROM INDUSTRIAL
291
AN OBJECT BASED VIRTUAL REALITY SIMULATION TOOL
301
ON THE RECONFIGURABILITY DESIGN OF PARALLEL MACHINE
309
EVOLVABLE ASSEMBLY SYSTEMS BASIC PRINCIPLES
317

DESIGN PATTERNS FOR DISTRIBUTED CONTROL SYSTEM
99
vi
109
A MULTIAGENT BASED CONTROL SYSTEM APPLIED TO
119
DISTRIBUTED WORK ENVIRONMENTS FOR COLLABORATIVE
130
MARKET OF RESOURCES AS AN ENABLER OF INTER
141
BUSINESS PROCESS BASED INTEGRATION OF DYNAMIC
157
MANAGING COMPLEXITY IN INDUSTRIAL COLLABORATIONS
167
A MULTIAGENTBASED COMPLEX SYSTEMS APPROACH
175
DESIGN FOR PRODUCT LIFECYCLE MANAGEMENT
183
TOWARDS A REFERENCE MODEL FOR COLLABORATIVE
193
AGENTBASED INTELLIGENT MEDIA DISTRIBUTION
203
A SERVICE COMPOSABILITY MODEL TO SUPPORT DYNAMIC
213
ON FORMAL THEORIES AND FORMALISMS FOR VIRTUAL
223
TOWARDS A DISTRIBUTED PROCESS EXECUTION PLATFORM
233
A CELLULAR NEURAL NETWORK FOR DEFORMABLE OBJECT
329
A LOAD BALANCING METHOD FOR DEDICATED
338
ITERATIVE HEURISTICS FOR PERMUTATION FLOW SHOPS WITH
349
PARAMETER ESTIMATION FOR TIMEVARYING SYSTEM BASED
357
REMOTE MONITORING AND CONTROL OF MANUFACTURING
369
viii
377
A SERVICEORIENTED FRAMEWORK FOR INTEGRATION
395
TIMEDEVENTSTATEBASED DIAGNOSER
415
INTEGRATED KNOWLEDGE AND SIMULATIONBASED
435
BATCH ROUNDNESS CHARACTERIZATION AND EVALUATION
453
DEGENERATION METHODS IN INTELLIGENT BUILDING
469
MODELING AND ONLINE MONITORING OF MACHINED
489
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