Force on Force Modeling with Formal Task Structures and Dynamic Geometry

Force on Force Modeling with Formal Task Structures and Dynamic Geometry

This study demonstrated the application of a formal task framework, derived using the MMF methodology to structure a complex mission. It further demonstrated the integration of effects from a range of kinetic interactions, reliability failures and repair events as produced by a systems vulnerability...

Ausführliche Beschreibung

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Bibliographische Detailangaben
Hauptverfasser: Bray ,Britt E, Nelson,John J, Ward,Beth S, Deitz,Paul H, Dibelka,Russell, Hunt,James, Wayne,Martin
Format: Report
Sprache:eng
Schlagworte:
application software
Capability Analysis
Computer Programming and Software
computeraided design
Dynamic Geometry
ExtendSim
failure mode and effect analysis
fof(Force-on-Force)
Mission and Means Framework
missions
MUVES
operating systems
Simulations
systems analysis
systems engineering
test and evaluation
vulnerability
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Beschreibung
Zusammenfassung:This study demonstrated the application of a formal task framework, derived using the MMF methodology to structure a complex mission. It further demonstrated the integration of effects from a range of kinetic interactions, reliability failures and repair events as produced by a systems vulnerability model (MUVES) using an Application Program Interface (API) to pass data between the contractor developed FoF model and MUVES.