Scenario-based systems engineering application to mine warfare

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Authors
Gatley, Eric
Grado, Ian
Salipande, Edwin
Remiker, Daniel
Team Mine Warfare (MIW) 2015
Cohort 311-132M
Advisors
Paulo, Eugene
Kwinn, Brigitte
Beery, Paul
Second Readers
Subjects
model based systems engineering
design of experiments
measures of effectiveness
mine warfare
mine countermeasures
littoral combat ship
area coverage rate sustained
percent clearance
unmanned underwater vehicle
MK18 Mod 2
Date of Issue
2015-12
Date
Publisher
Monterey, CA; Naval Postgraduate School
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Abstract
This report builds upon the Team MIW 2014 capstone report in comparing legacy and future mine countermeasures capabilities. The Mark 18 Modification 2 Unmanned Underwater Vehicle was compared to the planned Littoral Combat Ship MCM Mission Package Increment 1 Remote Mine Hunting System as well as the legacy MCM 1 and CH-53E. The Measures of Effectiveness (MOE) utilized were Area Clearance Rate Sustained and minefield percent clearance. A tailored systems engineering approach based on a modified SE Vee model was utilized to identify stakeholder requirements, conduct analysis of functional and physical architectures, and use these resulting artifacts to modify an existing model. A design of experiments process was utilized to analyze input variables for relationships to the MOEs and compare resulting MOEs from the various configurations. A cost analysis was then performed and, with the performance data, was used to evaluate the relative value of the various configurations. Conclusions from the data are presented along with recommendations for future analysis.
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Thesis
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Approved for public release; distribution is unlimited.
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Copyright is reserved by the copyright owner.
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