Holonic and Multi-Agent Systems for Manufacturing

Name: Holonic and Multi-Agent Systems for Manufacturing | 5th International Conference on Industrial Applications of Holonic and Multi-Agent Systems, HoloMAS 2011, Toulouse, France, August 29-31, 2011, Proceedings
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5th International Conference on Industrial Applications of Holonic and Multi-Agent Systems, HoloMAS 2011, Toulouse, France, August 29-31, 2011, Proceedings

Vladimír Marík Pavel Vrba Paulo Leitão(Herausgeber*in)

Springer (Verlag)

Erschienen am 19. August 2011

XIII, 267 Seiten

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978-3-642-23181-0 (ISBN)

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Inhalt

Title
Preface
HoloMAS 2011
Table of Contents
Invited Talk
Multi-Agent Systems for Real Time Resource Allocation, Scheduling, Optimization and Controlling: Industrial Applications
Introduction
Holonic Multi-Agent Systems for Real-Time Resource Allocation, Scheduling, Optimization and Controlling
First Generation of Multi-Agent Solutions for Real Time Adaptive Scheduling (2001-2008)
Tankers Scheduling System
Corporate Taxi Scheduling System
Truck Scheduling System
Car rental Scheduling System
First Experience of Industrial Applications and Lessons Learned
Next Generation of Adaptive Multi-Agent Solutions forResource Allocation, Scheduling, Optimization and Controlling (2009-2011)
New Multi-Agent Platform for Developing Adaptive Resource Management Solutions
New Industrial Applications for Resource Management (2009-2010)
Future Vision of Network-Centric Approach: Adaptive p2p Networks of Multi-Agent Scheduling Solutions
Conclusions
References
Industrial Agents
Recent Developments and Future Trends of Industrial Agents
Introduction
Industrial Applications of Agent-Based Systems
Manufacturing
Logistics and Material Handling
Other Industrial Domains
On-going Initiatives to Promote Industrial Agents
On-going R&D Funded Projects
Initiatives to Disseminate Agent Technology
Discussion and Conclusions
References
An Application of the Holonic Manufacturing System to a Flexible Assembly Cell
Introduction
Description of the Cell
Design of the Cell
Design Paradigm
The Subsystems
Results and Conclusion
References
Using EtherNet/IP with IEC 61499 Communication Function Blocks
Introduction
IEC 61499 Function Block Standard
CIP and Its Ethernet Adaptation EtherNet/IP
Identification of the Required Communication Scenarios
EtherNet/IP IEC 61499 Integration
Application Interface
Communication Configuration
Connection Establishment
Implementation and Experiments
Conclusion and Outlook
References
A Test and Validation Approach for the Standard-Based Implementation of Intelligent Electronic Devices in Smart Grids
Introduction
Related Work and Standards
Standard-Based Integration Architecture for Smart Grids
IEC 61850 - Standard for Power System Automation
IEC 61499 - Reference Model for Distributed Automation
Simulation and Validation Approaches
Simulation-Based Test and Validation Concept
Architecture of the CHIL Framework Applied for Smart Grids
Structure of the Implemented CHIL Framework
Performed Test and Results: Numerical Analysis of a Power Distribution Network
Summary and Conclusion
References
Localization of Industrial Wireless Sensor Networks: An Artificial Neural Network Approach
Introduction
Background
An Artificial Neural Network to the Localization of a Wireless Sensor
Simulation Study and Experimental Results
Simulation Study
Sensitivity Analysis of the Environmental Factors
Future Work: Proposed Multi Agent System Approach
Conclusion
References
New Trends of Visualization in Smart Production Control Systems
Introduction
Visualization in Agent-Based Control Systems
New Technologies and Trends in Visualization
Case Studies
Generic Tag Interface
OntoVis
Conclusions
References
Multi-Agent System for On-demand Production Integrating Production and Quality Control
Introduction
Individual Components of the Multi-Agent System
Generic Architecture of an Agent
Identification of the Individual Agents
Individual Agent Behaviours
Emergent Behaviour of the Multi-Agent System
Mechanisms for Integrating Process and Quality Control
Conclusions and Future Work
References
FPGA Framework for Agent Systems Using Dynamic Partial Reconfiguration
Introduction
Background
Field Programmable Gate Arrays
Dynamic Partial Reconfiguration
Agent System
Hardware Implementation Challenges
Implemented Framework
Framework
Hardware Modules (Hardware Agents)
Operating System Support
Conclusions and Comments
References
Simulation and Modelling
Holonic Multi-Agent System for Real Time Simulation of Control Systems
Introduction
Hardware in the Loop Simulation (HIL)
Functional Rapid Prototyping
Leveraging the Real-Time Workshop
ARM Core Simulation Kernel
Preliminary Results
Conclusions
References
Communication- and Computation- Bounded Agents in Multi-agent Simulations
Introduction
Agents in Simulation
Related Work
Message Buffer Based Approach
Multi-agent Simulation Architecture
Synchronization Mechanism
Buffered Communication
Illustration
Evaluation
Conclusion
References
Simulation Environment for the Optimization of the Data Retrieval Capabilities of an Agent Based System in a Healthcare Setting
Introduction
Development of Simulation Environment
Departmental Systems Simulation
Agent Environment Simulation
MAID Modifications for Simulation
Simulation Execution
Simulation Configuration
Simulation Run
Simulation Results Gathering
Results
Conclusions
References
Artificial Social Models for Holonic Systems
Introduction
Petri Net Model for HOMSs
Illustrative Example
Conclusion
References
Planning and Scheduling
Multiagent Systems for Production Planning in Automation
Introduction
Multiagent Planning
Previous Works Bases of our Approach
Proposed Planning Model
Production Planning Model
Multiagent System for the Production Planning
Activity Diagram of the MAS for the Production Planning
Case of Study: Process of Oil Production Using the Artificial Gas Lift Method
Description Case of Study
Simulation
Tests
Conclusions
References
Model-Driven Development of Multi-Agent Based Collaborative Planning Concepts for Heterarchical Supply Chains
Motivation and Problem Description
Decentralized Coordination in Heterarchical Supply Chains
MAS-Based Framework for Decentralized Coordination
Applying the Framework for Decentralized Coordination
Conclusion
References
Multi-Agent System for Scheduling of Flight Program, Cargo Flow and Resources of International Space Station
Introduction
Problem Definition and Solution Vision
System Architecture and Multi-Agent World Description
Agents' Interaction and Planning Strategy
User Interfaces
Conclusion
References
iCoMAS: An Agent-Based System for Cooperative Transportation Planning in the Food Industry
Introduction
Cooperative Transportation Planning Problems
Problem and Notations
Distributed Hierarchical Transportation Planning Approach
Agentification of the Transportation Planning Approach
Identification of Appropriate Software Agents
Architecture of iCoMAS
Simulation-Based Performance Assessment
Design of Simulation Scenarios
Simulation Results
Conclusions and Future Research
References
Special Session: Smart Technical Systems
Roles-Based MAS Applied to the Control of Intelligent Products in FMS
Introduction
Brief State of the Art of Roles
Adaptation of Roles to FMS Controlled by Intelligent Products
Real Implementation and Experimentations
Intelligent Products
Potential Field Approach
Valenciennes AIP-PRIMECA Cell Configuration
Conclusion and Perspectives
References
PROSA and Delegate MAS in Robotics
Introduction
PROSA for Robots
Single Robot
Robot Fleet and Its Environment
PROSA and D-MAS Performance Enhancement
Without Coordination
With PROSA and D-MAS Coordination
Conclusion
References
A Goal-Based Approach to Holonic Manufacturing
Introduction
The HMS Project
Team Programming
GORITE
Future Directions
References
Agents Tasks Reallocation for Collaborative Urban Supply Chain Management
Introduction
Service Oriented MAS and Supply Chains
CoUSuC: A Multiagent System for Collaborative Urban Supply Chain
Reconfiguration: The Computational Model
Experimental Study
Implementation
Conclusions
References
MAS for Unmanned Aerial Vehicles
Ground Tactical Mission Support by Multi-agent Control of UAV Operations
Introduction
Ground Mission Simulation
Task Control of Teams of UAVs
Cooperative Area Exploration
Cooperative MxN Tracking
Experimental Results
References
Surveillance of Unmanned Aerial Vehicles Using Probability Collectives
Introduction
The Problem Specification
Discretized Approach
Probability Collectives Optimizer
Multi-Agent Implementation
Evaluation
Conclusion
References
Towards Cooperation in Adversarial Search with Confidentiality
Introduction
Related Work
Problem Description
Game Definition
Utility Improvement Analysis
Reaching the Utility Improvement via Negotiation
Experiments
Utility Correlation
Conclusions
References
Dynamic Trajectory Replanning for Unmanned Aircrafts Supporting Tactical Missions in Urban Environments
Introduction
Trajectory Planning for Unmanned Aerial Vehicles
Accelerated A*
Augmented A*
Mission-Centric Information Collection
Trajectory Replanning
System Integration and Experimental Evaluation
Implementation
Conclusion
References
Author Index

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