Navy's need for a new platform to serve in this area, the Littoral Combat Ship (LCS) was designed and put into service. What still has yet to be determined is what surface-to-surface capability the LCS will have as well as what air-to-surface capability the LCS helicopter/unmanned aerial vehicle (UAV) will have. This study uses freely available data to build a simulation utilizing an agent-based modeling platform known as MANA. The simulation is exercised over a broad range of different weapon systems types with their capabilities ranged across the spectrum of possibilities based on their effectiveness as well as potential difficulties in targeting small boat threats. Using linear regression and partition trees, an analysis is performed on the resulting dataset to address the research question. The results show that the NLOS system is the best surface-to-surface missile system for the LCS as long as the expected rate of fire is obtained. The best air-to-surface missile system is either APKWS or LOGIR, depending on which can obtain a rate of fire of one missile every nine seconds or faster. Lastly, the rate of fire has been shown to be the most important factor in determining the effectiveness of the different missiles. 15.
Littoral Combat Ship (LCS) Surface Warfare (SUW) Module: Determining the Surface-To-Surface Missile and Air-To-Surface Missile Mix
2010
77 pages
Report
Keine Angabe
Englisch
Aircraft , Marine Engineering , Air & Space-Launched Missiles , Air to surface missiles , Naval vessels(Combatant) , Surface to surface missiles , Helicopters , Guided missiles , Linear regression analysis , Boats , Littoral zones , Firing rate , Theses , Weapon systems , Threats , Targeting , Littoral combat ship , Mh-60r aircraft , H-60r aircraft , Fire scout uav , Over-the-horizon , Simulation , Unmaaned aerial vehicle(UAV)
British Library Conference Proceedings | 1997
|NTIS | 2013
Generic Surface-to-Air Missile Model
NTIS | 1979
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