An Object-Oriented Ship-to-Shore Movement Analysis Model (Cutter)

This thesis documents the design and implementation of a simulation of the Ship-To-Shore movement phase of an amphibious assault in a modern, object-oriented, process-based simulation language called MODSIM II by CACI corporation of La Jolla, CA. The main intent of the simulation is to build a model...

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Bibliographische Detailangaben
1. Verfasser:	Shaw, Scott E
Format:	Report
Sprache:	eng
Schlagworte:	AIRCRAFT AMPHIBIOUS ASSAULT AMPHIBIOUS OPERATIONS ASSAULT Computer Programming and Software CORPORATIONS DOCUMENTS HQMC(HEADQUARTERS UNITED STATES MARINE CORPS) LANGUAGE MARINE CORPS Military Forces and Organizations Military Operations, Strategy and Tactics MLR(MEDIUM LIFT REPLACEMENT) MLR(MEDIUM LIFT REQUIREMENT) MODSIM II OBJECT ORIENTED PHASE REPLACEMENT REQUIREMENTS RP AND P(REQUIREMENTS PLANS AND PROGRAMS BRANCH) SHIP TO SHORE SHIP TO SHORE MOVEMENT SHIPS SHORES SIMULATION SIMULATION LANGUAGES THESES
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Beschreibung
Zusammenfassung:	This thesis documents the design and implementation of a simulation of the Ship-To-Shore movement phase of an amphibious assault in a modern, object-oriented, process-based simulation language called MODSIM II by CACI corporation of La Jolla, CA. The main intent of the simulation is to build a model that will allow the Requirements, Plans and Programs Branch (RP and P), Headquarters, United States Marine Corps (HQMC) to quantitatively compare proposed replacements for the assault aircraft and amphibians currently used in the conduct of the ship-to-shore phase of the amphibious assault. Candidates from the Medium Lift Requirement (MLR) program are compared to identify that mix of aircraft which provides the most rapid build-up of combat power ashore. Object-Oriented, Amphibious Assault, Simulation, Medium lift replacement, MLR, MODSIM, Simulation.