GVSMO: An Ontology for the Simulation Modeling of Ground Vehicles

The Ground Vehicle Simulation Modeling Ontology, GVSMO, is an ontology developed to support ground vehicle design decision-making, model selection, and simulation composition. GVSMO supports the US Army’s needs for advanced modeling and simulation capabilities that facilitate the development of the...

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Bibliographic Details
Main Authors: Louis, Edward D, Taylor, Evan A, Mocko, Gregory M, Hybl, Evan C
Format: Report
Language:English
Online Access:Request full text
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Summary:The Ground Vehicle Simulation Modeling Ontology, GVSMO, is an ontology developed to support ground vehicle design decision-making, model selection, and simulation composition. GVSMO supports the US Army’s needs for advanced modeling and simulation capabilities that facilitate the development of the next generation of US Army ground vehicles. GVSMO is composed of five ontologies: a vehicle operations ontology (VehOps), a vehicle architecture ontology (VehArch), an environment ontology (Env), a simulation modeling ontology (SimMod), and an integration ontology (Int). This paper provides an overview of GVSMO, including the background and motivation for development, the role it plays in the simulation modeling and decision-making processes, a description of the five ontologies, and examples of ground vehicle simulations and scenarios documented in GVSMO.
ISSN:0148-7191
2688-3627
DOI:10.4271/2024-01-4079