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間歇式反電波規向活動目標之導引控制

The Guidance Techniques of Intermittent Anti-Radiation Homing on Moving Targets

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摘要


若將反電波飛彈攔截的目標以船艦的搜尋雷達爲主,其在攻船艦時具有隱密性、戰術奇襲及造價低廉等優點,極具有發展之潛力。由於攔截者的尋標器約2~4秒才能接收一次目標電波得知其方位角,針對此記號斷續問題,本計畫的主要研究主題在於反電波飛彈導引技術之設計與開發工作,利用灰色理論去預測當訊號空檔期間之目標視線角,令飛彈可迎頭攔截目標,最後利用電腦模擬數個不同接戰場景驗證本計畫所設計之角度預測基底反電波飛彈導引系統之效能與可行性。

並列摘要


If the target of the anti-radiation horning missile is the search radar of fighting ship, it will have the advantages of tactical stealth and low cost. The main topic of this research project is the study of the guidance techniques of intermittent anti-radiation homing on moving targets. Since the seeker can measure the arriving angle of source target in a sampling form each 2~4 second, the project will use the gray theorem to predicate the LOS angle of the target. Finally the simulation results verify that the developed angle-prediction-based guidance system can effectively track the moving target.

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