Littoral undersea warfare: a case study in process modelling for functionality and interoperability of complex systems

Victor Bindi, John Strunk, Jeffery T. Baker, Roger Bacon, Matthew G. Boensel, Francis E. Shoup, Ravi Vaidyanathan

International Journal of System of Systems Engineering · 2008 · 10 citations · 5 references

Concepts

TL;DR

Process modelling is a methodology for architectural analysis of complex systems whose operation is defined by sequential processes, and it is ideally suited to address complexity and interoperability issues of an anti‑submarine warfare system of systems. The study demonstrates applying a process‑modelling approach to architect an anti‑submarine warfare system of systems capable of operations projected to 2025, and presents successful implementation and cohesive results analysing its operation with future projections. The work successfully implements a process‑modelling approach to architect an ASW system of systems and provides cohesive results analysing its operation with projections to 2025, establishing a foundation for future systems engineering research on interoperability and performance of time‑dependent complex systems, especially in military and security contexts.

Abstract

The goal of this investigation is to demonstrate the application of a process modelling approach to architect a System of Systems (SoS) capable of conducting Anti-Submarine Warfare (ASW) operations projecting to the year 2025. Process modelling is a methodology for architectural analysis for complex systems whose operation is characterised by 'processes' whose sequential execution may be scaled-up to understand overall system behaviour. It is ideally suited to address complexity and interoperability issues of an ASW SoS. New contributions of this work include the successful implementation of a process modelling approach to architect an ASW SoS and a cohesive set of results analysing its operation with future projections to the year 2025. We believe this work may serve as a foundation for future systems engineering research addressing interoperability and performance of complex systems whose function is closely tied to time-dependent processes, with particular application to military and security systems.

References

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