DMCA
Simulation-based SW/HW Architectural Design Configurations for Distributed Mission Training Systems
BibTeX
@MISC{Sarjoughian_simulation-basedsw/hw,
author = {Hessam Sarjoughian and Xiaolin Hu and Daryl Hild and Robert Strini},
title = {Simulation-based SW/HW Architectural Design Configurations for Distributed Mission Training Systems},
year = {}
}
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Abstract
Distributed Mission Training (DMT) is a concept composed of promising technologies that support training in a variety of domains such as defense and medicine. To develop and deploy such systems, it is important to account concurrently for hardware and software requirements, give high demands for network bandwidth, computing resources, and complexity of software applications. In this paper, we present the application of a distributed co-design methodology (Discrete Event System Specification/Distributed Object Computing) as applied to the Mission Training and Rehearsal System (MTRS), a DMT system. For example, we show that the developed simulation models allow prediction of the network capacity below which messages cannot be sent and therefore incorrect behavior results. The key issues presented are (1) characterization of the DMT style architectures in DEVS/DOC, (2) prediction of DMT-like basic scalability traits via simulation, and (3) discussion on some open problems underlying the applicability of distributed co-design for systems containing "off-the-shelf" components.
Keyphrases
distributed mission training system mission training network bandwidth key issue dmt-like basic scalability trait open problem software application software requirement developed simulation model high demand rehearsal system devs doc incorrect behavior result off-the-shelf component distributed co-design dmt system network capacity distributed co-design methodology dmt style architecture
