unmanned vehicle 中文意思是什麼

unmanned vehicle 解釋
無人駕駛飛行器
  • unmanned : adj. 1. 無人駕駛[操作]的，遙控的。2. 無人居住的，荒廢的。3. 失去男子氣概的。4. 被閹割過的。
  • vehicle : n. 1. 車輛；載運工具；飛行器；運行工具。2. 媒介物，媒質。3. 【藥學】賦形劑。4. 【繪畫、化】展色料，載色劑。
  1. Standard termninology for unmanned air vehicle systems

    無人航空運載工具系統的標準術語
  2. The unmanned combat air vehicle ( ucav ) is extensively attended as a effective project of active defend

    無人戰斗機作為實行積極防禦的一個十分有效的方案受到廣泛關注。
  3. Unmanned air vehicle ' s navigation and automatic accurate landing in all weather basd on infrared laser scan and computer vision

    基於激光掃描和計算機視覺的無人機全天候自主著陸導引技術
  4. Uav ( unmanned aerial vehicle ) plays a more and more important role in national defense and civil life. so making researches on the uav flight controller design and the measurement and control techniques of uav is of theory, engineering and economical value

    無人機在軍民兩用領域發揮著越來越重要的作用，進行民用無人機飛行控制器設計及檢測與控制技術研究，具有理論意義、工程意義和經濟意義。
  5. Unmanned air vehicle ( uav ) plays a very important role in nowadays research. recently, the applied range of the uav has expended into military, civil and scientific research scopes : in military scopes, it can be used to be detectors and monitors, electronic countermeasure, fire guidance, war evaluation, target simulation etc ; in civil scopes, it can be used to geodetic survey, detect urban environment, survey globosity resource, prevent forest - fire, pretend environment and succor disaster etc ; in scientific research scopes, it can be used to survey and research atmosphere, also it can validate new technology and now facility

    隨著時代的發展，無人機在社會的各個領域起著越來越重要的作用，近年來，無人機的使用范圍已拓展至軍事、民用和科研三大領域:在軍事上，可用於偵察監視、電子對抗、火力制導、戰果評估、目標模擬等;在民用上，可用於大地測量、地球資源勘測和森林防火、環境保護與災害救援等;在科研上，可用於大氣研究、氣象觀測、新技術新設備的試驗驗證等。
  6. With the wide application of uav ( unmanned aerial vehicle ), advanced and effective training instrumentality is urgently needed to train more uav drivers

    隨著無人機的廣泛應用，迫切需要先進高效的訓練手段，培養更多的無人機操作手。
  7. People have developed many underwater unmanned vehicle in order to detect and empolder resources in ocean or get the thalassocracy

    人類為了探測和開發海洋資源或在軍事上取得制海權，已經研製出了多種小型潛器。
  8. First part is about category and development of unmanned vehicle, and develop trend of unmanned warplane in 2000s. next part is about battle fashion of ucav and its power. last part talks about compose and key problem of ucav system

    首先講述了無人機的種類及發展歷程，還有21世紀軍用無人機的發展趨勢；接著講述了無人作戰飛機的作戰方式以及具備的能力；最後講述了無人作戰平臺系統的組成及關鍵技術。
  9. The simulation of " flight mission 3d visualization of the unmanned aerial vehicle ( uav ) " fully absorbs and applies current advanced 3d visualization theory, simulates the characteristics of true 3d volumetric display technique which are full - vision, multi - angle and can be observed by many persons at the same time and so on. it displays the process of flight according to mission of uav by the online of four computers

    「無人機任務飛行的三維可視化」模擬充分吸收和運用當前先進的三維可視化理論，盡可能的模擬真三維立體顯示技術的全視景、多角度、可供多人同時觀察等的特點，通過四臺計算機的聯機，在同一時刻從各個不同的角度來顯示無人機任務飛行的全過程。
  10. Fault injection system based on software for unmanned aerial vehicle

    軟體實現的無人機故障注入系統
  11. Design of arresting net recovery system for certain unmanned aerial vehicle

    某型無人機攔阻網回收系統設計
  12. General specification for integrated radio system of unmanned reconnaissance aerial vehicle

    無人偵察飛機綜合無線電系統通用規范
  13. Generation of testing case for model based flight control software of unmanned aerial vehicle

    基於模型的飛行控制軟體測試用例的生成
  14. Most countries in the world attach importance to the use of long - time uav ( unmanned aerial vehicle ) in the military. the kernel question of long - time uav is how to improve the reliability of flight control computer. the research of how to improve the reliability of flight control computer has became more and more important today

    長航時無人機的重要性尤其在軍事上已經得到國內外的高度重視，其核心飛行控制計算機（以下簡稱「飛控計算機」 ）的可靠性問題變的日益突出，對其容錯研究成為當今的熱點。
  15. Load simulator was an important simulation system in hardware - in - loop flight simulation laboratory, which could simulate aerodynamic loads acting on flight vehicle, such as unmanned aerial vehicle, planes

    負載模擬器是半實物模擬實驗室中模擬無人機等飛行器在飛行中舵面所受空氣動力載荷的重要設備。
  16. The aerospace indu * * * y is the complex of manufacturing concerns engaged in the production of flight vehicles, including unpowered gliders and sailplanes, lighter than air - craft, ground - effect machines, heavier than air craft of both fixed - wing and rotary - wing varieties, military missiles, space launch vehicles, and manned or unmanned spacecraft ; propulsion systems and other thrusting devices ; on board equipment essential to the design purpose of the flight vehicle ; and ground - based support equipment needed for the operation and maintenance of the flight vehicle

    航天工業是一個綜合製造行業，從事各種飛行器的生產，包括：各種無動力滑翔機，輕于空氣的飛行器，地面效應機械設備，重於空氣的各種固定和旋轉機翼飛行器，軍用導彈，太空發射器，載人或無人飛行器，推進系統或其他助推設備，對飛行器的設計至關重要的艙內設備，控制和維護飛行器的地面設備。
  17. A theoretical study of measuring and tracking unmanned aerial vehicle during landing based on stereo vision

    雙目視覺無人機自主著陸時測量和跟蹤的理論研究
  18. As a sea power multiplief, underwater unmanned vehicle ( u - u - v ) can not only be used in various important militny applications, but is an important tool for peaceful exploitation of the ocean

    水下無人航行器（ uuv ）作為一種海上力量倍增器不僅有著廣泛而重要的軍事用途，還是人類和平開發海洋不可或缺的重要工具。
  19. In order to make unmanned vehicle more useful, it is critical that autonomous, semi - autonomous, and cooperative navigation function be developed

    要實現uav的自主行為，實現對移動目標的跟蹤監控，必須具有強大且可靠的自主導航能力。
  20. Recent advances in computing, sensing, communication and battery technology have made unmanned vehicle technology a viable option in both military and commercial applications

    隨著計算機技術，通信技術，傳感器技術，電池技術等的飛速發展，開展微型uav研究並把它運用到軍事或民用中已經成為可能。
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