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Automated and Rule-Based Pruninguch concepts provide a wealth and variety of potential hierarchical structures with which to tackle complex Systems of Systems problems. However, the rapidly growing combinatorial spaces that are set up by specialization and aspect selections can outstrip human capacity to do manual pruning. Accordi

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DEVS Simulation Protocolative, which is more common in today’s practice, is not to enforce such a clear separation and to indiscriminately mix constructs that relate to the model with those that relate to how it is being executed..This chapter discusses the fundamental separation of models from the simulation engines that

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Dynamic Structure: Agent Modeling and Publish/Subscribenamic structure and its application to agent modeling. The Publish/Subscribe data distribution paradigm is described using dynamic structuring together with a Data Distribution Service that provides middleware based on this paradigm. We show how the DEVS Simulation Protocol for distributed simulatio

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tolerance

Flexible Modeling Support Environmentso diverse stakeholders. We outline the unique features of the MSE that support its use by a wide spectrum of potential users and developers of a system of fractionated spacecraft. These features include identification of user types to enable routing the user through relevant processing stages, autom

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Service-Based Software Systemscan be developed using a DEVS modeling approach. We show how standards such as Service-Oriented Architecture (SOA) play key roles in developing simulation models that are better equipped to be interchanged with their real counterparts. Generic SOA-compliant DEVS model components are developed to clo

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Cloud System Simulation Modelingoud systems. This chapter shows how simulations for cloud system designs can be succinctly characterized in a DEVS Modeling Environment which supports software-hardware co-design. This enables trade-off analyses among alternative architectural designs that exhibit new kinds of inherent complexity th

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