sculling 中文意思是什麼

sculling 解釋
雙漿式劃水（仰臥水面，兩腳並攏，兩手放身旁劃水，並帶出水和入水動作）
  1. Roger had swum fast toward david, and joseph was pulling andy into the dinghy and then sculling out toward the other two.

    羅傑已經飛快地向戴維游去。約瑟夫把安迪拉上筏子之後正劃著去迎他們倆。
  2. "boy said he see him go off sculling in the dinghy. "

    門房說看見他劃船去了。
  3. Billy : i went to a new year ' s eve bash and was pressured into sculling beers all night long

    比利：我去參加了一個新年前夜的狂歡，被逼著灌了一個晚上的啤酒。
  4. Its full sculling action challenges shoulders, abs and legs for fast, muscle - toning results

    它的全面搖槳動作可以幫助鍛煉肩膀、腹部和腿部的肌肉，能快速達到緊實肌肉的作用。
  5. The simulation results show that coning error and sculling error can be compensated satisfactorily in the algorithms. 3

    模擬結果表明：捷聯慣導演算法能實現對姿態圓錐誤差和速度劃船誤差的補償。
  6. Extreme negative and positive acceleration phases are not a characteristic of swimmers who must be efficient ( e. g., 200 m plus ) who usually demonstrate high rates, almost continuous propulsive force production, and minimum periods of time in long " sculling boat " positions

    最終的負加速度和正加速度階段並不是一個有效率的（例如200多米）和經常呈現高效的，能夠持續產生推進力和盡可能減少處于長的皮劃艇位置的時間游泳運動員的特徵。
  7. For example, the vehicle ' s angular and linear vibrations will result in the coning error, the sculling error and the scrolling error, so perfect algorithms should be designed to reduce the errors

    有些誤差，如運載體的角振動和線振動所引起的圓錐誤差、劃船誤差及渦卷誤差，則必須通過設計合適的演算法來解決。
  8. The sculling error in the velocity calculation is described and the sculling optimal compensation algorithms are derived in the sculling base motion environment. for testing the sculling correction algorithms " performance, several simulations are practiced and the simulation results show that the sculling compensation term in the velocity integration algorithms can not be neglected for the high accuracy sins in highly dynamic environments. 3

    分析了速度更新計算中劃船誤差的產生機理，詳細推導了劃船補償演算法並在劃船運動條件下推導了劃船補償優化演算法，最後對各階演算法進行了模擬分析，模擬結果表明：對處在高動態環境下的高精度導航系統，劃船補償不可忽略； 3
  9. The theory includes quaternion and rotation vector, coning error, sculling error and scrolling error and the compensating methods of these errors. 2

    基本理論包括四元數和等效旋轉矢量演算法、圓錐誤差及其補償演算法、劃船誤差產生的機理及其補償演算法、渦卷誤差產生的機理及其補償演算法。
  10. The duality between the coning and sculling corrections, raised in the recent literature, is fundamentally explained. the superiority of the new algorithm in accuracy is analytically derived. a variety of simulations are carried out to support the analytic conclusions, including those with ideal inertial sensors and those with non - ideal inertial sensors

    2 .從多個側面對對偶四元數演算法和傳統演算法進行了理論分析和比較，揭示了傳統演算法中圓錐演算法和劃船演算法之間存在對偶性/等價性的根本原因，導出了對偶四元數演算法和傳統演算法誤差的解析表達式，從理論上證明了在高精度和高動態環境中，對偶四元數演算法的精度將優于傳統演算法。
  11. The error of sins in high dynamic environment is discussed. it is analyzed here that how the coning error, sculling error and curling error occur and the compensating methods of these errors are presents in this paper. 2

    高動態環境下捷聯慣導系統的誤差研究，分析了圓錐誤差、劃槳誤差和渦卷誤差的產生機理，並提出了誤差的補償方法； 2
  12. The scrolling error in the position updating calculation is discussed and the scrolling error compensation algorithms are studied in the sculling base motion environment. the simulations of the algorithms are performed and the results show that the scrolling correction term should be considered to improve the position accuracy for the system with high - resolution position updating requirements

    分析了位置更新計算中渦卷誤差的產生機理，研究了劃船運動條件下的渦卷補償優化演算法，並對演算法的性能進行了模擬分析，結果表明：對于導航定位精度特別高的場合，應該考慮加入適當的渦卷補償來提高導航精度。
  13. Different filtering methods have been tested to examine the effects of all kinds of filters. the correction of inertial sensor errors, navigation algorithm, coning motion, and sculling motion have also been investigated. based on the above works, the initial alignment on stationary base using imu with mdrlg has been carried out, and an usable navigation software has been completed

    對機抖激光陀螺引起的高頻振動的補償方法進行了研究，對不同的濾波方法進行了試驗;對機抖激光陀螺捷聯系統的儀表誤差補償、導航解算演算法、圓錐補償演算法和劃槳效應補償方法進行了研究;對靜基座條件下機抖激光陀螺捷聯慣導系統的初始對準方法進行了研究，編寫了實用的導航軟體。
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