Conceptual Modelling of Multi-Agent Systems: The CoMoMAS Engineering Environment

by Norbert Glaser

Overview

Conceptual Modelling of Multi-Agent Systems proposes the methodology and engineering environment CoMoMAS for the development of multi-agent systems. CoMoMAS is among the most elaborated and most often cited multi-agent development approaches available in the field. Its originality is to address the issue of the development of multi-agent systems (MAS) from a knowledge engineering perspective, which means that agents are seen as interacting entities having different kinds of knowledge, which is to be identified during development. Knowledge has played an important role for MAS development in the past, but CoMoMAS makes a step further in proposing a complete set of conceptual models and a solid methodology to guide the overall development process of a MAS-from design to validation.
Conceptual Modelling of Multi-Agent Systems is an excellent reference for both researchers and practitioners in the broad area of distributed systems development. This book is of particular value from the point of view of computer science, including knowledge engineering, artificial intelligence, agent and multi-agent technology, and software engineering.

Product Details

ISBN-13:	9781461353317
Publisher:	Springer US
Publication date:	10/31/2012
Series:	Multiagent Systems, Artificial Societies, and Simulated Organizations , #4
Edition description:	Softcover reprint of the original 1st ed. 2002
Pages:	265
Product dimensions:	6.10(w) x 9.25(h) x 0.02(d)

Table of Contents

1. Introduction.- 2. State of the Art : Agent Models and Architectures.- 1 Introduction.- 2 Characterisation of a Multi-Agent System (MAS).- 3 Hierarchical and Layered Architectures.- 4 Reactive and Real-Time Architectures.- 5 Heterogeneous, Cooperative and Social Architectures.- 6 Template-based and Generic Development Tools.- 7 Conclusion.- 3. State of the Art : Knowledge Acquisition and Modelling.- 1 Introduction.- 2 Historic Milestones.- 3 ComMet: Compositional Modelling.- 4 The KADS, CommonKADS and REFLECT project.- 5 COPILOTE: Flexible Control.- 6 ACKnowledge : Using General Directive Models.- 7 VITAL : Structured Model Development.- 8 CERISE : Two Acquisition Cycles.- 9 MACAO: Data-Driven and Model-Driven KA Approach.- 10 MIKE: Model-based and Incremental KE.- 11 The PROTÉGÉ Framework : Generation of KA-Tools.- 12 Conclusion.- 4. The Comomas Methodology.- 1 Introduction and Motivation.- 2 MAS Development: A Model-Based Approach.- 3 Reusing Knowledge during Development.- 4 Model-Driven Knowledge Acquisition.- 5 Tasks, Strategies and Methods at Run-Time.- 6 Comparison to MAS Engineering Methodologies.- 7 Conclusion.- 5. The Comomas Agent Engineering Toolkit.- 1 Introduction and Motivation.- 2 The CoMoMAS Architecture.- 3 The CoMoMAS Acquire and Modeller.- 4 The CoMoMAS Constructor and Coder.- 5 The GUI for Constructor and Coder.- 6 An Example.- 7 Comparison to KBS Engineering Environments.- 8 Conclusion.- 6. The Comomas Agent Validation Testbed.- 1 Introduction and Motivation.- 2 MICE: The Original Version.- 3 MICE 2.0: The Extended Version.- 4 Adaptation of MICE for Mobile Robot Simulation.- 5 Conclusion.- 7. A Case Study.- 1 Introduction and Motivation.- 2 The Nomad200 Robot.- 3 The Adaptive Intelligent Systems Model.- 4 The CoNomad Agent Architecture.- 5Reverse Engineering of the Agent Architectures.- 6 Conclusion.- 8. Conclusion and Perspectives.- Appendices.- Model Operators.- BNF specification of CML.- BNF specification of CML-M.