Enterprise Command and Control Requirements and Common Architecture on US Navy Surface Combatants
Abstract
Across the U.S. Navy, each new ship class implements a new command and control (C2) system design, leading to separate design and development efforts, training pipelines, support requirements, and upgrade activities. This project serves as an initial step in determining whether the Navy can consolidate C2 systems by defining a common C2 system architecture and requirements that can be applied across all surface combatants for the Surface Warfare and Maritime Interception Operations missions. The project applied a systems engineering process consisting of a needs analysis, functional analysis, and modeling and cost analysis. The needs analysis defined key user objectives and needs and identified threats to Navy platforms. The functional analysis included the core tasks of requirements definition and enterprise architecture. The modeling and cost analysis task verified the C2 system architecture and evaluated possible training course hour savings. The project found that the definition of a common set of C2 system requirements and system architecture is feasible and does provide possible life cycle cost savings to the Navy. In order to fully evaluate a proposed common C2 system, further work will be required, expanding the analysis to other missions and assessing the cost impacts of a common C2 system.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 2009
- Accession Number
- ADA501867
Entities
People
- Andrina Maurseth
- Bob Zanella
- Brian Jones
- Dave Finley
- David Yu
- Elvis Acosta
- Harry Donovan
- Joanna Beger-mason
- Jordan Barta
- Josh Pepper
- Lee Metz
- Lesley Painchaud
- Llewelynn Galace
- Matt Eak
- Reshma Suchit
- Rob Tidwell
Organizations
- Naval Postgraduate School