target maneuvering 中文意思是什麼

target maneuvering 解釋
目標機動
  • target : n 靶子，標的；目標；（嘲笑等的）對象；笑柄 （for）; （儲蓄，貿易等的）定額，指標；小羊的頸胸肉；...
  • maneuvering : 操縱性說明書
  1. Study of algorithm for maneuvering target state estimator

    機動目標狀態估計器演算法研究
  2. In order to solve the problems of space group formation and event detection in battlefield, a novel group formation algorithm for maneuvering target was proposed

    摘要為了解決空間合群和戰場中的事件檢測問題，提出了一種新的機動目標的空間群生成演算法。
  3. This design method overcomes the traditional autopilot ' s disadvantage that should shift the autopilot ' s gain according to flight phase ; it also can make the btt missile fly stably along the whole trajectory, and can intercept a maneuvering target accurately

    該設計方法克服了傳統自動駕駛儀在控制導彈飛行中需逐段切換增益的不足，能控制btt導彈在大空域內沿全彈道穩定飛行，並能精確攔截機動目標。
  4. Nacts is a computerized aircraft, threat and target tracking system that is the “ great - grandson ” of the air combat maneuvering instrumentation system, or acmi

    Nacts是一個將飛機，威脅和目標跟蹤數字化的系統，是空戰機動檢測系統（ acmi ）的升級換代產品。
  5. An algorithm of tracking a maneuvering target based on ir sensor and radar in dense environment

    復雜環境下紅外機動目標跟蹤演算法研究
  6. Tracking algorithm of infrared maneuvering target in dense clutter

    演算法的雜波環境下機動目標跟蹤研究
  7. This paper makes in - depth analysis and study to maneuvering target tracking technology under ecm

    本文針對電子戰條件下的目標跟蹤演算法進行了深入的分析和研究。
  8. A novel algorithm for maneuvering target tracking

    一類新型機動目標跟蹤演算法
  9. Theory analysis and experimental simulations of pursuit - evasion problem with maneuvering target in sight coordinate system are performed using the two methods

    並應用這兩種方法針對視線坐標系的兩空間飛行器在目標機動下的追逃進行了理論推導和實驗模擬。
  10. The second part studies optimal pure proportional navigation ( ppn ), with time - dependent gain of navigation to maneuvering target based on proportional navigation theory. optimal gain of navigation is constant for ppn without maneuvering ; based on this, solution of time - dependent gain of navigation is given by iteration approach, and the time required for capture is given, the times of iteration is decided by comparing this time with the iteration step

    對目標機動的追逃問題，考慮導航增益可為任意實數，且隨時間和初始條件改變，這一思想是建立在目標非機動的純比例導引制導規律，最佳導航增益為常數的基礎之上，利用迭代的方法，給出了時變的導航增益的求解方法，並給出了實現捕獲所需的時間，用此時間與迭代步長進行比較，判定迭代次數。
  11. Pn is the method to obtain optimum control in condition of target without maneuvering, pursuer is controlled by feedback of opponent ’ s information and by continually updating the gain of navigation to achieve capture of maneuvering target, thus the pn is optimum control of one - side

    比例導引律是在目標非機動下得到最優控制量的計算方法，通過將對手信息反饋，不斷更新導航增益控制追蹤者，實現目標在機動時的捕獲，故其是單方最優的控制。
  12. All of the algorithms above can be combined as a maneuvering target tracking system on the self - organizing sensor networks

    上述各部分演算法可以結合為自組織傳感器網路下的機動目標跟蹤系統。
  13. The simulation results indicate that the method for compensating delay is effective for both constant - velocity and maneuvering target

    模擬結果表明該方法可以起到較好的延時補償作用。
  14. Maneuvering target tracking based on fusion of multi - sensor

    基於多傳感器數據融合的機動目標跟蹤演算法研究
  15. Method based on neural network in predicting the track of maneuvering target

    一種基於神經網路的機動目標軌跡預測方法
  16. The summarization of the main work is as follows : + a method that can correct the migration through range cells caused by radial speed is presented by using scale transformation, and the method is extended to maneuvering target imaging. the algorithm flow, which is applicable to large - scale target whether it is uniform or maneuvering, is given. the results obtained by using simulation data and real data show that this method is effective

    本文的具體內容可歸納如下幾點：分析了用尺度變換可以消除由於徑向速度引起的越距離單元走動，對isar目標進行越距離單元走動校正演算法進行了討論，並把尺度變換校正越距離單元走動后成像的方法推廣到機動目標成像，也給出適合於平穩和機動大目標的成像演算法流程，並通過模擬數據和實測數據的檢驗。
  17. Observability of maneuvering target passive tracking with bearing and doppler measurements

    基於方位角和多普勒的機動目標無源定位跟蹤可觀測條件
  18. Two adaptive sampling algorithms are given : one is based on imm, and another is based on three singer models. in addition, a maneuvering target tracking algorithm using adaptive turn rate models are presented

    文中給出了一種根據預測誤差方差的交互多模（ imm ）的自適應采樣演算法，一種基於三個singer模型的自適應采樣演算法。
  19. In this situation, we are confronted with not only the problem that truncation error is large while the target maneuvering and the trajectory changing notably, but also the problem that how to fuse all kinds of data effectively

    在多傳感器目標跟蹤系統中，不僅同樣面臨著目標機動、彈道變化劇烈時多項式濾波的截斷誤差較大的問題，而且需要考慮測速數據和位置觀測數據的有效融合。
  20. For different levels of target maneuvering, corresponding motion models and filtering algorithms are studied

    針對目標不同的機動水平，研究了相應的機動目標模型和濾波演算法。
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