A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Validating DoD Architectures: The Promise of Systems Engineering
Today's needs for interoperability and portfolio management, across military organizations worldwide, lead to increased focus on architecture development. Architecture frameworks are sponsored by Defense Departments in Australia, Canada, France, Korea, United Kingdom and United States. The majority of today's efforts in architecture development focus on generation of disparate architecture views, seemingly without the benefit and rigor offered by systems engineering. This paper describes the DoDAF validator--a Model Based Systems Engineering (MBSE) approach to the architecture development process. The approach is an extension to a proven systems engineering process that creates a win-win scenario for executive oversight team as well as the operational and engineering communities. The process also ensures that interoperability based on executable design verification leads to program success and consistent and accurate architecture perspectives for further analysis.
Validating DoD Architectures: The Promise of Systems Engineering
Today's needs for interoperability and portfolio management, across military organizations worldwide, lead to increased focus on architecture development. Architecture frameworks are sponsored by Defense Departments in Australia, Canada, France, Korea, United Kingdom and United States. The majority of today's efforts in architecture development focus on generation of disparate architecture views, seemingly without the benefit and rigor offered by systems engineering. This paper describes the DoDAF validator--a Model Based Systems Engineering (MBSE) approach to the architecture development process. The approach is an extension to a proven systems engineering process that creates a win-win scenario for executive oversight team as well as the operational and engineering communities. The process also ensures that interoperability based on executable design verification leads to program success and consistent and accurate architecture perspectives for further analysis.
Validating DoD Architectures: The Promise of Systems Engineering
J. P. Reynolds (author)
2006
11 pages
Report
No indication
English
Military Sciences , Information Processing Standards , Common Carrier & Satellite , Management Practice , Operations Research , Systems engineering , Command and control systems , Architecture , Military organizations , Symposia , Verification , Interoperability , Dodaf(Department of defense architecture framework) , Mbse(Model based systems engineering)
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