control and navigation 中文意思是什麼

control and navigation 解釋
操縱和導航
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • navigation : n. 1. 航行；導航；領航；航海[航空]術。2. 〈集合詞〉船。3. 〈古語〉航路；海上交通。adj. -al
  1. The module can be used in testing and controlling diversiform weaponry locomotory cell, such as navigation, control and guide, servo control, angle control, so it has good universality

    本模塊能夠對武器系統中導航、制導、伺服、角度控制等多種運動單元進行測試與控制，具有良好的通用性。
  2. Based on the simulation system software, navigation and guidance real - time digital simulation system are developed to simulate the whole real - time flight control and guidance process

    本文利用vpm平臺，建立運載火箭迭代制導系統的導航和導引模型，形成模塊化的數字模擬系統。
  3. When it comes to flood control and drought relief, the author provides a " mobile vehicle monitoring system based on b / s architecture " instance, which has some simple mobile gis functions, including : mobile position and tracing, mobile navigation and mobile gis query

    結合防汛抗旱指揮的現狀，文章提出「基於b s結構的移動指揮車監控系統」實例，系統具有車輛移動定位跟蹤、車輛移動導航等移動地理信息的基本功能。
  4. So the drift error of gyro is always the main source of error in the control and navigation system, the study of technology of measurement and compensation plays more and more important part in this field

    由於陀螺的漂移誤差是整個控制和導航系統的重要誤差源，所以，對陀螺儀漂移的測試及補償技術的研究具有越來越重要的意義。
  5. Article 19 : building of dam, sluice gate, bridge, wharf and other structures blocking, crossing or bordering a river channel ; laying pipelines or cables across a river, must comply with state - specified standards for flood control and navigation as well as other related technical requirements

    第十九條修建閘壩、橋梁、碼頭和其他攔河、跨河、臨河建築物，鋪設跨河管道、電纜，必須符合國家規定的防洪標準、通航標準和其他有關的技術要求。
  6. For conditional navigation, when you want to control the target url and control when navigation takes place

    用於條件導航，在需要控制目標url和何時導航時使用。
  7. This technology has been used in military control and guide, robot ' s vision navigation, security surveillance, traffic guidance, medical diagnostics, weather analysis and many other fields

    它在軍事視覺制導、機器人視覺導航、安全監測、交通管制、醫療診斷以及氣象分析等許多方面都有廣泛的應用，該技術有著不可估量的發展前景。
  8. An overview of the vehicle design along with description of all major hardware components and sensors is given. the arithmetic of auv control and navigation system is discussed in the paper. the methods of the implementation of gps and electronic compass aided heading control is provided

    設計了水下航行器的總體導航與控制方案：採用gps與磁通門傳感器相結合的路徑規劃與航向控制系統；以深度信息為參量的深度控制系統。
  9. The mssr mode s technology, which was introduced firstly for the purpose of air tranfic control ( atc ) system, is based on the individually addressing and selective interrogation technology. the mode s can overcome many problems exist in mode a / c, such as signal interference, limited aircraft identification, garble and fruit, and provides the ability to build digital data link. many countries and organizations do them best to support researches about the communication, navigation and surveillance technology, which are all based on the mode s, and many productions have been adopted step by step by the international civil aviation organization ( icao ). so, to research the key technologies of mode s will contribute a lot to the development of domestic aviation system, especially for the air control system, identification friend foe and navigation system

    它建立在獨立編址、選擇性詢問的基礎之上，能夠解決在模式a / c中存在的信號干擾、有限的信息編碼、幻影（ garble ）和異步應答（ fruit ）等問題，同時在數據鏈路方面有著巨大的潛力。國際上，模式s的數據鏈技術得到了廣泛的關注，許多國家和組織大力支持基於模式s的通信、導航和監視技術以及航空管理新技術的研究，許多成果正逐步被國際民用航空組織（ icao ）所採用。因此，對模式s核心技術的深入研究對於我國在航空管理、敵我識別、導航等方面的發展有著重大的意義。
  10. It ’ s performance will affect the aircraft and the vehicle ’ s precision of control system and navigation

    它的性能指標直接影響到空間飛行器和運載體的控制和導航的精度。
  11. Article 159 if a person makes use of a civil aircraft without the consent of the person entitled to its navigational control and caused a damage to third parties on the surface, the person entitled to the navigation control, unless he proves that he has exercised due care to prevent such use, shall be jointly and severally liable with the unlawful user

    第一百五十九條未經對民用航空器有航行控制權的人同意而使用民用航空器，對地面第三人造成損害的，有航行控制權的人除證明本人已經適當注意防止此種使用外，應當與該非法使用人承擔連帶責任。
  12. As a key parameter of multi - purpose reservoir operation, flood limit water level plays a critical role in achieving the balance between flood control and economic benefit such as hydropower generation and navigation improvement etc

    汛限水位是綜合利用水庫運行和調度的重要參數之一，它影響著防洪效益和防洪風險。
  13. Air traffic control and air navigation aids and electronics management

    航管及航電督導管理訓練
  14. Control and air navigation aids, to other administrative management and even the life - planning courses

    由早期航管航電等技術類別，逐漸擴及管理行政，乃至與生涯規劃有關之訓練類別。
  15. Besides flood control and power generation, the three gorges project has created remarkable navigation benefit

    摘要三峽工程除防洪、發電外，具有相當的航運效益，目前這一效益已初步顯現。
  16. For conditional navigation, when you want to control when navigation takes place and you want access to the context of the source page

    用於條件導航，在需要控制何時導航和需要訪問源頁的上下文時使用。
  17. Abstract : based on the results of hydraulic model test and remote - control ship model, the unsteady flow characteristics in the downstream approach channel and the reaches from three gorges project to gezhouba project and navigation conditions in these reaches during the tgp flood - discharge are analyzed. the measures of raising navigation discharge level and improving navigation conditions are given

    文摘:根據水工模型試驗成果，分析了三峽工程泄洪時壩下游引航道和兩壩間河段（三峽至葛洲壩）的非恆定波流運動特性，結合遙控自航船模試驗對兩壩間的通航水流條件進行了分析評價，並提出了提高通航流量標準、改善通航條件的相應措施。
  18. Mr. wang said the dam had improved flood control and navigation as well as helped china ' s environment by reducing reliance on coal

    汪嘯風稱，三峽工程的防洪、發電、航運以及生態環境等綜合效益日益顯現。
  19. Because of the rotation and revolution of the earth and the moon, and the variety of opposite geography position between lunar rover and earth station brought by them, sometimes the lunar rover will be placed in district which is beyond control of the earth station, so the wandering explorer make use of the metering equipment that the itself takes to carry on control and navigation independently have already become an important development direction

    月球車通常藉助地面站通過無線電測控進行導航控制，但由於地球和月球自轉和公轉運動及所帶來的地面站和漫遊車相對地理位置的變化等，有時月球車會處于地面站無法測控的區域內，因此漫遊車利用自身或者著陸器攜帶的測量設備進行自主導航控制已經成為重要的發展方向。
  20. " 211 " autonomous underwater vehicle ( auv ) was developed by college of marine engineering of northwestern polytechnic university. this paper provides an overview of " 211 " auv and its control and navigation performance

    本文以「 211 」工程項目、西北工業大學航海工程學院設計製造的小型智能水下航行器為平臺，設計了其自動導航與控制系統。
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