艦艇機動 的英文怎麼說
中文拼音 [jiàntǐngjīdòng]
艦艇機動
英文
manoeuvre of ship-
Inverse aperture radar ( isar ) can image non - cooperative moving targets such as aircrafts, ships and celestial objects over a long distance under all weather and all day. it is of particular interest for strategic defense, anti - submarine warfare and radar astronomy
逆合成孔徑雷達（ isar ）能夠對飛機、艦艇、天體等非合作運動目標進行全天時、全天候、遠距離成像，在戰略防禦、反衛星、戰術武器以及雷達天文學中都有重要應用價值。The naval ship, as a three - dimensional object, its complicated tossing movements are the whirligig movements circling space axis. among them, the heave oscillation of the deck is an important guidance parameter for the uav ’ s landing in the process of landing
艦艇作為三維空間物體，其顛簸運動是一個復雜的繞空間軸的旋轉運動，其中艦船甲板的升沉高度是艦載無人機著艦導引系統的一個重要參數。During the last phase of auto - landing of shipborne uav ( unmanned air vehicle ) on deck, to make the uav identify and track, and finally fly into the intercept net fixed on the rear deck of naval ship placidly and accurately, it should be consider the influence of deck on landing
艦載無人機在最後著艦回收階段，為了導引無人機平穩、準確地飛入安裝在艦艇尾部甲板上的攔截網中，實現撞網回收，要考慮艦艇因海浪引起的艦體顛簸運動對著艦引導系統的影響。Computer control system incepts two video signals, real - time disposes video, obtains undershoot values and relative distortion of vessel by combining two measurement results
計算機控制系統接收兩組光電自準直平行光管的視頻信號，進行實時圖像處理，得出動態脫靶量，並對兩路圖像的測量結果進行疊加得出艦艇的相對變形量。The recent return to dependence on foreign assistance specifically, aircraft and naval vessels from russia, and technical assistance from israel ) runs contrary to the chinese government ' s desire to fully control its own military destiny
最近這種轉向依賴于外來幫助的行動（更詳細地說，從俄羅斯獲得的飛機和海軍艦艇，從以色列獲得的技術幫助）與中國政府希望完全控制自己的軍事能力的想法背道而馳。The emulation of the warship ' s optimal course in dodging anti - ship missile
艦艇規避敵反艦導彈襲擊最佳機動航向的模擬分析The results of simulation are analyzed in detail. the models which are established in the thesis are applicable to other style of missile. input parameters of engine, guiding rail, launch devices to model, you can gain the result what you need
本文建立的模型對其它型號的導彈也適用，只需對導彈發動機參數、定向器有關參數、發射架在艦艇上布置參數和浪譜參數等輸入參數進行修改，就可得到不同型號導彈在發射段的運動參數。The major research works are divided into five sections, including warship bearings - only tracking maneuver research, warship bearings - only tracking research, multi - warships passive data association research, multi - warships passive location research and the engineering implementation of bearings - only passive location systems. the detailed research works are outlined as follows : ( 1 ) a method of evasion factor matrix is presented, which can add the possible patrol zone of targets ( enemy ' s warships ) according to intelligence, and the land and island information provided by electronic chart to the modified gain extended kalman filter, and modifies state equation. it can improve the location precision of the modified gain extended kalman filter
研究內容共分五個方面，分別是單艦純方位無源定位機動研究、單艦純方位無源定位跟蹤研究、多艦無源數據關聯研究、多艦純方位無源定位研究以及艦艇純方位無源定位系統的工程實現，主要完成了如下的工作： 1提出一種規避因子矩陣的方法，把根據情報獲得的目標（敵艦艇）可能活動區域，以及電子海圖提供的陸地島礁信息加入修正增益推廣卡爾曼濾波器中，對目標狀態方程進行修正處理，可提高修正增益推廣卡爾曼濾波定位演算法的定位精度。分享友人