Systems of systems are at the root of this century's global challenges of economy, climate, and energy. Building and testing such systems within a virtual reality is the only workable alternative when direct real-world experimentation is potentially dangerous, costly or unethical.

This Guide to Modeling and Simulation of Systems of Systems demonstrates how virtual build and test can be supported by the Discrete Event Systems Specification (DEVS) simulation modeling formalism, and the System Entity Structure (SES) simulation model ontology. The book examines a wide variety of Systems of Systems (SoS) problems, ranging from cloud computing systems to biological systems in agricultural food crops.

Topics and features:

• Includes numerous exercises, examples and case studies throughout the text, together with introductory and summary sections
• Discusses how the SoS concept and supporting virtual build and test environments can overcome the limitations of current approaches
• Presents a step-by-step introduction to DEVS concepts, encouraging hands-on practice to building sophisticated SoS models
• Illustrates virtual build and test for a variety of SoS applications using DEVS simulation environments: MS4 Me(TM), CoSMoS/DEVS-Suite and Virtual Laboratory Environment
• Examines a range of diverse applications, from the development of new satellite design and launch technologies, to surveillance and control in animal epidemiology
• Introduces an approach based on activity concepts intrinsic to DEVS-based system design, that integrates both energy and information processing requirements

• Describes co-design modeling concepts and methods to capture separate and integrated software and hardware systems This exercise-driven and easy-to-follow guide/reference is an essential practical resource for graduate students and instructors.

  Autorentext

  Dr. Bernard P. Zeigler is Emeritus Professor and Co-Director of the Arizona Center for Integrative Modeling and Simulation (ACIMS), at the University of Arizona, Tucson, USA. He is also Chief Scientist at RTSync, Rockville, MD, USA.

Dr. Hessam S. Sarjoughian is Associate Professor and Co-Director of ACIMS at Arizona State University, Tempe, USA.

The chapter Modeling and Simulation of Living Systems as Systems of Systems is written by Raphaël Duboz and Jean-Christophe Soulié of CIRAD (the Centre for International Cooperation in Agricultural Research for Development), France.

Klappentext

This guide demonstrates how virtual build and test can be supported by the Discrete Event Systems Specification (DEVS) simulation modeling formalism, and the System Entity Structure (SES) simulation model ontology. The book examines a wide variety of Systems of Systems (SoS) problems, ranging from cloud computing systems to biological systems in agricultural food crops. Features: includes numerous exercises, examples and case studies throughout the text; presents a step-by-step introduction to DEVS concepts, encouraging hands-on practice to building sophisticated SoS models; illustrates virtual build and test for a variety of SoS applications using both commercial and open source DEVS simulation environments; introduces an approach based on activity concepts intrinsic to DEVS-based system design, that integrates both energy and information processing requirements; describes co-design modeling concepts and methods to capture separate and integrated software and hardware systems.

Inhalt

Part I

Modeling and Simulation of Systems of Systems

DEVS Integrated Development Environments

System Entity Structure Basics

DEVS Natural Language Models and Elaborations

Specialization and Pruning

Aspects and Multi-Aspects

Managing Inheritance in Pruning

Automated and Rule-Based Pruning

Part II

DEVS Simulation Protocol

Dynamic Structure: Agent Modeling and Publish/Subscribe

Interest-Based Information Exchange: Mappings and Models

Languages for Constructing DEVS Models

Part III

Flexible Modeling Support Environments

Service-Based Software Systems

Cloud System Simulation Modeling

Model Repositories for Systems of Systems

Modeling and Simulation of Living Systems as Systems of Systems Activity-Based Implementations of Systems of Systems