2004•Winter Simulation ConferenceRequires access

An automatic distributed simulation environment

Sarita Mazzini Bruschi, Regina Helena Carlucci Santana, Marcos José Santana, Thais Souza Aiza

Open publisher page 8 citations

Abstract

Developing a sequential simulation program is not an easy task. Developing a distributed simulation program is harder than a sequential one because it is necessary to deal with mapping physical processes into logical processes, communication and synchronization problems and learn another simulation language/library. In the literature, several simulation environments can be found but the great number are for sequential simulation, not using all the advantages of a distributed/parallel platform. This paper presents ASDA, an automatic distributed simulation environment that aims at providing several possibilities to users developing a distributed simulation. The automatic word can be understood in three different ways: the environment automatically generates a distributed simulation program code; the environment can automatically choose one distributed simulation approach; and the environment can automatically convert a sequential simulation program into a distributed simulation program using the MRIP (multiple replication in parallel) approach.

About this research paper

What this paper is about

Developing a sequential simulation program is not an easy task. Developing a distributed simulation program is harder than a sequential one because it is necessary to deal with mapping physical processes into logical processes, communication and synchronization problems and learn another simulation language/library. In the literature, several simulation environments can be found but the great number are for sequential simulation, not using all the advantages of a distributed/parallel platform. This paper presents ASDA, an automatic distributed simulation environment that aims at providing several possibilities to users developing a distributed simulation. The automatic word can be understood in three different ways: the environment automatically generates a distributed simulation program code; the environment can automatically choose one distributed simulation approach; and the environment can automatically convert a sequential simulation program into a distributed simulation program using the MRIP (multiple replication in parallel) approach.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Developing a sequential simulation program is not an easy task. Developing a distributed simulation program is harder than a sequential one because it is necessary to deal with mapping physical processes into logical processes, communication and synchronization problems and learn another simulation language/library. In the literature, several simulation environments can be found but the great number are for sequential simulation, not using all the advantages of a distributed/parallel platform. This paper presents ASDA, an automatic distributed simulation environment that aims at providing several possibilities to users developing a distributed simulation. The automatic word can be understood in three different ways: the environment automatically generates a distributed simulation program code; the environment can automatically choose one distributed simulation approach; and the environment can automatically convert a sequential simulation program into a distributed simulation program using the MRIP (multiple replication in parallel) approach.

Key concepts: Computer science, Synchronization (alternating current), Distributed Computing Environment, Replication (statistics), Distributed computing, Task (project management), Simulation language, Distributed Interactive Simulation

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