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<p>are force multipliers in both the training  and planning arenas, but no current simulation exists that adequately addresses stability operations. This  thesis reviews how Navy-Marine Corps leaders plan and train for restoring a civilian population's essential  services, via the guidance of The Department of Defense Directive 3000.05 and National Security  Presidential Directive 44. The objective for this thesis is to create a documented methodology, define  requirements, and provide metrics that will assist analysts and instructors during naval support to Stability,  Security, Transition, and Reconstruction (SSTR) operations. In addition, it evaluates the capability gaps in  current simulations. Lastly, a conceptual model is proposed using water as a proof of concept essential service, and a prototype framework simulation is presented. This work provides a working foundation to  begin developing the next generation of simulations that will support our warfighters into the next era of warfare.
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<br>Subjects: Water; Distribution; Computer simulation</div>
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Whittington, Eric S.</div>
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