terrain contour matching 中文意思是什麼
terrain contour matching
解釋
地形輪廓匹配-
Terrain contour matching tercom
地形輪廓匹配 -
This paper also discusses theories, characters, applications of the three following algorithms of terrain matching system : terrain contour matching ( tercom ), terrain - aided inertial navigation system, wavelet transform, the simulation results are provided
論文先後討論了地形輪廓匹配演算法、卡爾曼濾波地形輔助導航演算法、小波分層演算法的原理、特點、適用范圍，做了模擬研究，比較了它們的匹配性能和相關特點。 -
Improving methods are introduced about how to solve the problem of initial value and global minimum, how to find the closest contour point, and how to find the 2d transformation of terrain matching algorithm based on icp algorithm in the dissertation. icp algorithm by igg m - estimation is proposed for improving the robustness. the simulation results show that the algorithm is reasonable and effective
本文對icp演算法在水下潛器的地形匹配應用中的初值和全局最優、求最近點和進行二維變換等問題提出了改進的方法，而且提出了採用igg方案進行m估計以提高演算法的魯棒性，模擬結果證實此方案的合理性和有效性。 -
In the application of tf / ta2 flight control system, significant issues arise due to position errors, which is destructive for low altitude penetration aircraft. the concept of utilizing terrain contour matching technique to fixing the errors is introduced, and this concept is essential for military tf / ta2 flight applications without gps and forward looking radar in our nation
論文首先簡要介紹了綜合tf ta ~ 2飛行控制系統的相關背景知識和技術，包括航跡規劃、飛行控制和航跡跟蹤等相關技術，給出了地形匹配系統設計和應用的技術背景和相關理論。 -
Terrain contour matching algorithm is the key of terrain contour matching system. the improvement and software development of this algorithm are presented with simulation results support
地形相關演算法及其軟體實現，是地形匹配系統工程實現的一個非常重要的部分，也是本文的主要研究內容之一。 -
Airborne digital map is the crucial part of terrain contour matching system. the characteristics of digital map are investigated. at last a map selection algorithm is introduced, and the simulation results demonstrates this algorithm work well
數字地圖的存儲格式、制備噪聲、精度和解析度等對地形匹配系統的工作性能有很大的影響，本文在分析有關數字地圖技術的基礎上，給出了一種較為實用的地形匹配適配區域的選擇演算法，並對其進行了模擬驗證。 -
Generally speaking, the algorithm of terrain contour matching is adapted to be used in cruise missiles which made fight path prior for that this algorithm is not a real - time system for it makes use of historical terrain data. while kalman filter algorithm is a real - time, rapid calculation system. which is appropriate for pilot or pilotless aircraft
得出，地形輪廓匹配演算法使用歷史地形數據，實時性差，比較適合事先規劃好航跡的導彈使用：卡爾曼濾波的方法有較好的實時性，計算速度快，很適合有人無人駕駛飛機的機動飛行要求；小波分層只是對地形信息做了高低頻分解，其本質還是相似性度量演算法，但它有效的降低了匹配演算法的計算量。
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