航向傳感器 的英文怎麼說

中文拼音 [hángxiàngzhuàngǎnqì]
航向傳感器 英文
course pick-up
  • 航 : Ⅰ名詞（船） boat; shipⅡ動詞（航行） navigate （by water or air）; sail
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 感 : Ⅰ動詞1 （覺得） feel; sense 2 （懷有謝意） be grateful; be obliged; appreciate 3 （感動） move; t...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 航向 : azimuth; heading; course （of a ship or plane）; desired track
  1. Using the color sensor as the navigation sensor, with mcu for control centre, the robot is drived and change direction by the differ direct current motor

    用顏色傳感器作為導航傳感器，以單片機為控制器，直流電動機實現驅動和差動轉向。
  2. In order to investigate the unsteady flow frequency domain performances of an axial flow compressor at different mass flow, rotating speed and blade row spacing, plus inlet flow distortion, and considering aerodynamic characteristics and stability of the compressor, the low speed research compressor ( lsc ) at college of energy and power in nuaa is used to carry out the experiment studies. a large amount of test data has been gained through dynamic pressure transducers embedded in the stator blades at the tip, middle and hub section, then fast fourier transform algorithm ( fft ) is applied to calculate the frequency data

    為探討軸流壓氣機在工作流量、工作轉速及動?靜葉排軸向間距變化時的葉片排流場非定常頻譜特性變化規律，並耦合進氣畸變的影響，同時與壓氣機氣動性能和氣動穩定性相關聯，作者利用南京航空航天大學能源與動力學院的低速大尺寸軸流壓氣機（ lsc ）試驗器，採取在靜子葉片表面埋入動態壓力傳感器的實驗方法，對葉尖、葉中和葉根三個截面的動態壓力進行了測量，獲得了大量的可靠的實驗數據。
  3. Due to mission requirements, the pd depth control arithmetic is designed and the simulation result is provided. in order to reduce heading control bias, the compass data bias is corrected

    為提高航向控制精度，對航向控制系統中的磁通門傳感器的誤差進行分析，並提出了誤差校正的方法。
  4. 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。
  5. Based on the prior knowledge of flight navigation control, a combined navigation system is achieved by integration of dgps, magnetometer and atmosphere data computer

    基於飛行導航控制的先驗知識，對dgps 、磁航向計、大氣數據計算機等飛行導航傳感器獲取的飛行狀態信息進行綜合處理，實現了組合導航控制。
  6. Such new technologies as microprocessors, microsystems and intelligent sensors are good ways and mearis to solve these problems

    微處理器、微系統和智能傳感器等新技術的出現是解決目前磁航向系統存在問題的有效方法。
  7. The error compensation of magnetic sensor

    磁航向傳感器的誤差補償
  8. All status error compensation about three axis magnetic heading sensor

    三軸磁航向傳感器的全姿態誤差補償
  9. It should detect categories of obstacle. in this paper, recognizing obstacle based on multisensor fusion technology is given. in the support of tianjin ' s natural science foundation " the study of mobile robot system technology faced to complicated task " ( no. 003601211 ) and hebei province ' s tackling key problem plan " the study of agv accurate navigation used in material automation transportation " ( no. 00547001d - 18 ), this thesis developed application study of information fusion based of multisensor in mobile robot ' s navigate autonomously. in this thesis, the main work and innovation include : the structure of hebut - 1 mobile robot is designed. furthermore, the driving system ' s characteristics and the kinematics features of the mobile robot are analyzed

    在天津市自然科學基金「面向復雜任務的移動機器人系統技術研究」 （課題編號： 003601211 ）和河北省攻關計劃「用於物料自動傳輸的自主車精確導航的研究」 （課題編號： 00547001d - 18 ）兩項基金的支持下，開展了基於多傳感器信息融合技術在移動機器人自主導航中的應用研究，本論文的主要研究內容如下：介紹了由本研究室自行研製的hebut -型移動機器人的車體結構並對驅動系統和運動學特性進行了分析。
  10. Strapdown magnetic heading system and error compensation based on magnetoresistive sensor

    磁阻傳感器的捷聯式磁航向儀及誤差補償
  11. Once again, rival technology for manned aircraft stole the thunder : stealthy designs to reduce the radar signature, precision weapons such as cruise missiles and laser - guided munitions and new sensors such as synthetic - aperture radar that could look through clouds

    對手的人工駕駛飛機的科技再一次先聲奪人：為減少雷達信號而進行的秘密設計、諸如巡航導彈與激光導向的軍需品之類的精密性武器，以及一些新型傳感器，諸如可透視雲層的合成光圈的雷達。
  12. Application of magnetic heading sensor in uav flight control system

    磁航向傳感器在無人機飛行控制系統中的應用
  13. Development of intelligent magnetic heading sensor and analysis of its error compensation algorithms

    智能磁航向傳感器的研製及誤差補償演算法分析
  14. Mems devices have the advantages of lightweight, small size and low power consumption, which can meet the requirement of aircraft very well. system, integrated mems sensors that use for the parameter measurement of smart - skin, became the important issue in the aero - mems field

    Mems器件具有重量輕、體積小和功耗低等優點，可以很好地滿足航空飛行器的要求，而將基於mems的微型傳感器集成用於檢測飛行器蒙皮的相關參數，已經成為航空領域發展的主要方向之一。
  15. Experimental results demonstrate that the proposed vision measurement method for the lateral deviation error can achieve the cm - level real - time accuracy on the general road with low gradient under the condition of near view, which can satisfy the measurement demands of the multi - sensor integrated navigation system of intelligent vehicles

    試驗表明，所提出的橫向偏差測量方法在近視野情況下對于坡度不大的一般道路可以取得厘米級的實時測量精度，能夠滿足多傳感器組合導航對橫向偏差測量的要求。
  16. The method to correct the declination error of uav geomagnetic heading with gps and igrf is proposed, by means of which the true heading of the craft can be obtained with magnetic sensor in global scope

    提出了基於gps （ globalpositionsystem ）和igrf （ internationalgeomagneticreferencefield ）的無人機磁航向地磁偏角修正方案，使無人機能夠在全球范圍內利用磁傳感器獲得子午線航向。
  17. Vehicle navigation technology is very important in either military or civil field, multi - sensor integrated navigation technology is the direction in which vehicle navigation technology is going

    車輛導航技術無論在軍事領域還是民用領域都非常重要，多傳感器組合導航是車輛導航技術的發展方向。
  18. In this algorithm, the difference between each tracking of different sensor are calculated, and as inputs are sent into the support vector machines to for judging the association between track and track. 3

    把各個傳感器目標航跡狀態估計偏差作為支持向量機輸入，對各個傳感器的目標的狀態估計信息進行分類識別，從而實現多傳感器信息融合多目標跟蹤中的航跡關聯。
  19. The thesis accomplishes the software and hardware design of the control system based on sensors of wind direction

    論文給出了基於風向傳感器的偏航控制系統的軟硬體設計結果。
分享友人
分享到 Line

分享到臉書