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1997•IEEE Computational Science and EngineeringRequires access

The DEVS environment for high-performance modeling and simulation

Bernard P. Zeigler, Yoonkeon Moon, Doohwan Kim, Graham E. Ball

Open publisher page 95 citations

Abstract

DEVS-C++, a high-performance environment for modeling large-scale systems at high resolution, uses the DEVS (Discrete-EVent system Specification) formalism to represent both continuous and discrete processes. A prototype suggests that the DEVS formalism can be combined with genetic algorithms running in parallel to serve as the basis of a very general, very fast class of simulation environments.

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What this paper is about

DEVS-C++, a high-performance environment for modeling large-scale systems at high resolution, uses the DEVS (Discrete-EVent system Specification) formalism to represent both continuous and discrete processes. A prototype suggests that the DEVS formalism can be combined with genetic algorithms running in parallel to serve as the basis of a very general, very fast class of simulation environments.

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OpenAlex reports 95 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

DEVS-C++, a high-performance environment for modeling large-scale systems at high resolution, uses the DEVS (Discrete-EVent system Specification) formalism to represent both continuous and discrete processes. A prototype suggests that the DEVS formalism can be combined with genetic algorithms running in parallel to serve as the basis of a very general, very fast class of simulation environments.

Key concepts: DEVS, Formalism (music), Computer science, Discrete event simulation, Modeling and simulation, Distributed computing, Theoretical computer science, Simulation

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