By Okan Topçu
This distinct text/reference presents a entire overview of dispensed simulation (DS) from the viewpoint of version pushed Engineering (MDE), illustrating how MDE impacts the final lifecycle of the simulation improvement procedure. a variety of functional case experiences are incorporated to illustrate the software and applicability of the technique, lots of that are constructed from instruments on hand to obtain from the general public domain.
Topics and features:
- Provides an intensive advent to the elemental ideas, ideas and tactics of modeling and simulation, MDE and high-level architecture
- Describes a street map for development a DS approach in line with the MDE viewpoint, and a technical framework for the advance of conceptual models
- Presents a spotlight on federate (simulation atmosphere) architectures, detailing a realistic method of the layout of federations (i.e., simulation member design)
- Reviews methods to simulation evolution and modernization, together with architecture-driven modernization for simulation modernization
- Examines the capability synergies among the agent, DS, and MDE methodologies, suggesting avenues for destiny study on the intersection of those 3 fields
Discusses the most actions concerning state of affairs administration in DS, and explores the method of MDE-based implementation, integration and checking out
Distributed Simulation – A version pushed Engineering procedure is a vital source for all researchers and practitioners interested in modeling and simulation, and software program engineering, who could be drawn to adopting MDE rules while constructing complicated DS systems.
Read or Download Distributed Simulation: A Model Driven Engineering Approach PDF
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Extra resources for Distributed Simulation: A Model Driven Engineering Approach
From the perspective of usage, a model can be viewed as being descriptive or prescriptive. The descriptive view is adopted when studying the properties of an existing system, while the prescriptive view is adopted when building a new system. In general, the descriptive view of a model is prevalent in reverse engineering, while prescriptive view in forward engineering. 1 M&S Concepts 5 The intended uses of a model constitute its purpose. There are several kinds of practical uses for models, which can take place in a descriptive or prescriptive viewpoint: First, perhaps the most common, use is communication among stakeholders.
Models are paramount to understanding, exploring and analyzing the behavior of complex systems. The MDE methodology (Schmidt 2006; Gaševic et al. 2009) provides a foundation to use models as primary elements in generating and managing a distributed simulation system. Among the potential applications of MDE in simulation engineering include the generation of simulation software code via transformation and stepwise refinement of models, improvement of interoperability among distributed simulation systems via bridge models that serve as transformations or reverse engineering of models to generate platform-neutral abstract representations for analysis and targeted transformation (Atkinson and Kuhne 2003; Sendall and Kozaczynski 2003).
He (or she) builds a mathematical model of the ship that accounts for the significant factors that can affect the maneuverability of the ship. He implements this model in a mathematical programming language, say, MATLAB. The simulation in MATLAB runs on a computer getting inputs in accordance with a scenario. The user examines the results produced by the simulation run, or multiple runs, and hopefully gains an understanding of the maneuverability of the ship under the conditions dictated by the scenario – without actually handling the ship.