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The Research Of Helicopter Gunships Combat Simulation To The Ground

Posted on:2015-02-01Degree:MasterType:Thesis
Country:ChinaCandidate:F F MoFull Text:PDF
GTID:2252330428458843Subject:Industrial Engineering
Abstract/Summary:PDF Full Text Request
With the development of modern war, the computer simulation technology has beenapplied to the war, especially the simulation technology based on Matlab. The armedhelicopter combat refers to the simulation study that the helicopter to the target in theunderground, underwater and so on. In order to realize the precise attack, improve protectionability, the simulation research is very necessary. This paper is mainly analysis thecooperative of armed helicopters and radar in the combat simulation, and it also studied themathematical algorithm, the search target in the process of mathematical model, thesimulation by using Matlab GUI simulation environment for the realization of the armedhelicopter combat.The main work of this paper can be roughly divided into the following several parts:Firstly, It introduces the current status, the development trend of the armed helicopter, theresearch background and the research significance; Secondly, It introduces the mathematicalmodel of armed helicopters in the simulation process involved in armed helicopter; includingall variables defined rules, calculation method of air route; armed helicopter combat radar forarmed helicopter collaborative, including analysis of radar target in search time model, radararray optimization based on genetic algorithm, and the included angle between the radar andair helicopter gunships, calculation of the deflection angle etc; Thirdly, It analyses the trend ofarmed helicopters which based on the Bayesian and the probability theory, so as to understandthe dynamics operation and to occupy a favorable position in the battle; Finally, It introducesthe development of the overall combat simulation by using Matlab process in the armedhelicopter operations and has a visual image.
Keywords/Search Tags:Armed helicopter, Genetic algorithm, Bayesian network, Systemsimulation, Situational analysis
PDF Full Text Request
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