Unified Distributed Sensor and Environmental Information Processing with Multi-Agent Systems

Synopsis

S. Bosse, Unified Distributed Sensor and Environmental Information Processing with Multi-Agent Systems: Models, Platforms, and Technological Aspects, epubli, published on 16.8.2018, 584 pages, ISBN 9783746752228 (Hardcover), ISBN 9783746759470 (Softcover) (2018)

Book Cover

Abstract

This book represents my Habilitation Thesis and addresses the challenges of unified and distributed computing in strong heterogeneous environments ranging from Sensor Networks to Internet Clouds by using Mobile Multi-Agent Systems. A unified agent behaviour model, agent processing platform architecture, and synthesis framework should close the operational gap between low-resource data processing units, for example, single microchips embedded in materials, mobile devices, and generic computers including servers.

Robustness, Scalability, Self organization, Reconfiguration and Adaptivity including Learning are major cornerstones. The range of fields of application is not limited: Sensor Data Processing, Load monitoring of technical structures, Structural Health Monitoring, Energy Management, Distributed Computing, Distributed Databases and Search, Automated Design, Cloud-based Manufacturing, and many more.

This work touches various topics to reach the ambitious goal of unified smart and distributed computing and contributing to the design of intelligent sensing systems: Multi-Agent Systems, Agent Processing Platforms, System-on-Chip Designs, Architectural and Algorithmic Scaling, High-level Synthesis, Agent Programming Models and Languages, Self-organizing Systems, Numerical and AI Algorithms, Energy Management, Distributed Sensor Networks, and multi-domain simulation techniques. None of these topics may be considered standalone. Only a balanced composition of all topics can meet the requirements in future computing networks, for example, the Internet-of-Things with billions of heterogeneous devices.

Smart can be defined on different operational and processing levels and having different goals in mind. One aspect is the adaptivity and reliability in the presence of sensor, communication, node, and network failures that should not compromise the trust and quality of the computed information, for example, the output of a Structural Health Monitoring System.

A Smart System can be considered on node, network, and network of network level. Another aspect of "smartness" is information processing with inaccurate or incomplete models (mechanical, technical, physical) requiring machine learning approaches, either supervised with training at design-time or unsupervised based on reward learning at run-time. Some examples of Self-organizing and Adaptive Systems are given in this work, forexample, distributed feature recognition and event-based sensor processing.

Content

  1. Introduction: Outline and Synopsis
  2. Agent Behaviour and Programming Model
  3. Agent Communication
  4. Distributed Sensor Networks
  5. Concurrent Communicating Sequential Processes
  6. PCSP: The Reconfigurable Application-specific Agent Platform
  7. PAVM: The Programmable Agent Platform
  8. JAM: The JavaScript Agent Machine
  9. Self-Organizing Multi-Agent Systems
  10. Machine Learning and Agents
  11. Simulation
  12. Synthesis
  13. Energy Management
  14. Use-Cases Environmental Perception, Load Monitoring, and Manufacturing
  15. Material-Integrated Sensing Systems
  16. Abbreviations, Notations, Symbols
  17. Publications and References

Impressions

Venia Legendi Award

Awarding of the Venia Legendi (Right: Prof. Michael Lawo), Jan. 2017

Announcement

Announcement of Habilitation lecture

Download

Frontcover
PDF
Preface
PDF
ToC
PDF
Chapter 1
Introduction: Outline and Synopsis PDF
Chapter 2
Agent Behaviour and Programming Model PDF
Chapter 3
Agent Communication PDF
Chapter 4
Distributed Sensor Networks PDF
Chapter 5
Concurrent Communicating Sequential Processes PDF
Chapter 6
PCSP: The Reconfigurable Application-specific Agent Platform PDF
Chapter 7
PAVM: The Programmable Agent Platform PDF
Chapter 8
JAM: The JavaScript Agent Machine PDF
Chapter 9
Self-Organizing Multi-Agent Systems PDF
Chapter 10
Machine Learning and Agents PDF
Chapter 11
Simulation PDF
Chapter 12
Synthesis PDF
Chapter 13
Energy Management with Agents PDF
Chapter 14
Use-Cases Environmental Perception, Load Monitoring, and Manufacturing PDF
Chapter 15
Material-Integrated Sensing Systems PDF
Abbreviations
PDF
References
PDF
Backcover
PDF