Expeditionary warfare : force protection
Higgins, Eric John
Higgs, Ronald Leroy
Parkins, Gregory Rodger
Tionquiao, Vincent S
Wells, Christopher Kevin
MetadataShow full item record
In 2003, the Systems Engineering and Analysis students were tasked to develop a system of systems conceptual solution to provide force protection for the Sea Base conceptualized in the 2002 Expeditionary Warfare study. The Systems Engineering and Analysis Team used the Systems Engineering and Management process as the primary methodology to complete this multidisciplinary task. Survivability was identified as the most critical factor for evaluating the protection of the Sea Base and its transport assets. Threats to the Sea Base were reviewed, analyzed, and prioritized. System design and analysis focused on preliminary analyses of various sensors, search concepts, and weapons. These preliminary analyses identified capability gaps that were translated into functional concepts and proposed architectures for detailed modeling and analysis. These proposed architectures were identified as either Point or Distributed. In order to adequately determine the relative performance of the proposed architectures generated by the team, a thorough and systematic design of experiments was developed and applied in the Naval Simulation System and EXTEND. Based on the results obtained, the Systems Engineering and Analysis Team determined that a Distributed Sensor and Weapons architecture would significantly increase the survivability of future Expeditionary Warfare forces.
Student Integrated ProjectIncludes supplementary material.
NPS Report NumberNPS-97-04-001
Showing items related by title, author, creator and subject.
Higgins, Eric John; Higgs, Ronald Leroy; Parkins, Gregory Rodger; Tionquiao, Vincent Santos; Wells, Christopher Kevin (2004-01); NPS-97-04-001In 2003, the Systems Engineering and Analysis students were tasked to develop a system of systems conceptual solution to provide force protection for the Sea Base conceptualized in the 2002 Expeditionary Warfare study. ...
Modeling and 3D visualization for evaluation of anti-terrorism/force protection alternatives Phase II final report Brutzman, Don; Blais, Curt; Norbraten, Terry (Monterey, California. Naval Postgraduate School, 2006); NPS-MV-06-002Modern Modeling and Simulation (M&S) techniques offer flexible, economical capabilities for assessing naval installation security systems, equipment and Concepts of Operations (CONOPS). These tools are useful for assessing ...
Mortlock, Robert (Monterey, California. Naval Postgraduate School, 2017-07); NPS-AM-17-211This Enhanced Combat Helmet (ECH) case study encourages critical analysis of a U.S. Defense Department project at two key decision points: project start and production. The case centers on the development, testing, and ...