Infrastructure for rapid execution of strike-planning systems

West, Darrin; Cleary, John G.; Hofmann, J.; Mellon, Larry; Ramsey, James B.

doi:10.1145/224401.224798

Cited by 2 publications

(1 citation statement)

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“…[26] are PDES libraries implemented using C. GTW started out as a research project at Georgia Institute of Technology, Atlanta, Georgia. Early versions of GTW for shared-memory machines were used as the basis for other time-warp systems, including University of Calgary's Warpkit system [44] and SAIC's Tempo system [45]. TWOS was developed originally at the Jet Propulsion Laboratory (JPL), funded by the U.S. Army Improvement Program (AMIP) Management Office (AMMO).…”

Section: Libraries For Parallel Discrete-event Simulationmentioning

confidence: 99%

Survey of Languages and Runtime Libraries for Parallel Discrete-Event Simulation

et al. 1999

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To develop a parallel discrete-event simulation from scratch requires in-depth knowledge of the mapping process from the physical model to the simulation model, and also a substantial effort in coping with the numerous issues concerning the underlying synchronization protocols in use. Languages and libraries could reduce the devel opment effort significantly by providing the user with a pre-built parallel simulation kernel as well as application development tools. This pa per contains a survey of the existing languages and libraries for parallel discrete-event simula tion. It is divided into two major sections: one on the languages, the other on the libraries. The discussions are mainly focused on the following aspects: user model, programming framework and language features, library API, protocols, and system support and environment. The re ported performances of some packages are also summarized.

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Section: Libraries For Parallel Discrete-event Simulationmentioning

confidence: 99%