軌跡控制 的英文怎麼說

中文拼音 [guǐjīkòngzhì]
軌跡控制 英文
locus of control
  • 軌 : Ⅰ名詞1. （路軌;軌道） rail; track 2. （比喻辦法、規矩、秩序等） rut; path; course Ⅱ動詞[書面語] （遵循; 依循） follow
  • 跡 : 名詞1 （留下的印子; 痕跡） mark; trace 2 （前人遺留的建築或器物等） remains; ruins; vestige 3 （...
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 軌跡 : 1 [數學] （某點在空間移動的路線） locus; trajectory; trail; travel; path; way; [電子學] trace; li...
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. The guidance scheme includes a trajectory planner that generates a feasible flight trajectory and a control law that achieves bounded tracking of the downrange and crossrange distances as functions of energy

    其中，軌跡規劃器可產生一個可行的飛行軌跡。控制律作為能量的函數可實現再入段對縱向和橫向航程的有界跟蹤。
  2. On one hand, the free wheel tums smoothly, and its relations to the orientations of the robot car are steady and exact, on the other hand, the free wheel will not slip when it rotates

    在本文的軌跡控制方法中，將反饋環節設計在從動輪上。從動輪轉動靈活，並且與車體方位的關系穩定、準確；而且從動輪在行走途中不會產生滑動。
  3. In the process of the colltfolling algorithms, the relations between the free wheel and the orielltations of the robot car are ciphered out when the robot car walks ollt the straight lines, the arcs and the swerves. in addition, the pid adustor is designed

    在軌跡控制演算法中，推導出了機器人小車在直線、圓弧和轉彎行走中主從動輪與行走軌跡的位置關系，推導出了機器人小車的實時位置，設計了pid調節器。
  4. Line no - error nc interpolation techniques used by mc

    平面無誤差直線軌跡控制系統
  5. Problem formulation, modeling and simulation of the spacecraft attitude and trajectory control. 2

    空間飛行器姿態和軌跡控制問題的數學分析、建模以及模擬。
  6. This paper takes a high quality servo motion controller as the core component. it discusses the track interpolation control principle, its algorithm and develops various sub - programs by dynamic link libraries. first, it designs a nonlinear pid controller based on those sub - programs to solve the contradiction between stabilization and quickness in order to improve the controlling effects

    本論文以高性能伺服運動控制器為核心元件，在論述軌跡控制的插補原理及其演算法實現流程並使用動態連接庫編制出各種插補功能子程序的基礎上，首先設計了一種非線性pid控制器，以克服穩定性和快速性之間的矛盾，達到改善控制效果的目的，並通過模擬實驗對其響應效果加以驗證。
  7. The system uses the permanent magnet synchronous machine as the driver motor based on the idea of polygonal flux linkage locus and the permanent magnet brush - less motor is as the momentum balance motor by means of speed and current loop in order to track driver motor precisely and rapidly. the harmonious control of driver motor and balance motor is realized by making full use of the dsp hardware resource and complicated programmable logic device. the software design is composed of c and assembly language to realize motor control arithmetic of polygonal flux linkage locus

    衛星天線伺服控制系統以正弦波永磁同步電機作為驅動電機，採用多邊形磁鏈軌跡法（電壓空間矢量法）的控制策略；動量平衡電機採用永磁無刷直流電機，通過電流環、速度環達到快速、精確跟蹤驅動電機的目的，確保了衛星姿態恆定；設計方案中充分利用了dsp硬體資源和復雜邏輯陣列實現了驅動電機和平衡電機的協調控制，並通過c語言和匯編語言的混合編程實現了電機的多邊形磁鏈軌跡控制演算法。
  8. Encoder controlled side lasting : accurate cement path, creating better side lastingresults

    編碼器控制中幫結幫- - -中幫布膠軌跡控制及指頭掃入更加精準確實。
  9. The control of the trajectory is the core technique in horizontal well technique, while trajectory design and optimal design are the two key techniques

    井眼軌跡控制是側鉆水平井技術的核心，而軌道設計與優化設計又是軌道控制技術的兩大關鍵技術之一。
  10. This technology involves locating wells, optimizing sections, controlling well track and the function of drilling fluid

    對接連通水平井鉆井工藝技術涉及井位的確定、剖面的優選、井眼軌跡控制、鉆井液性能等諸多方面。
  11. Drilling track is key factor which decide trenchless success or failure, but controlling drilling track stay around rectifyed phase at the present. guided the theory of force is the key affectting the drilling track, the paper discuss primary factors on contralling drilling track, and advance the formulary ahout reckoning deviation force and azimuth force, expect to achieve the aim that drilling track were controled real time and be anticipated, and have the initiative on drilling track contaolling

    巖層鉆進軌跡是決定非開挖成敗的關鍵因素，目前對鉆孔軌跡的控制僅僅停留在被打糾偏層面上，本文在力是影響鉆進軌跡本質因素理論指導下，對影響巖層鉆進軌跡控制的因素進行了理論探討，並針對造斜力和變方位力提出了計算模式，希望最終能實現鉆孔軌跡的實時監控與調整，變被打糾偏為主動鉆進。
  12. Continuous path controlled robot

    連續軌跡控制式機器人
  13. It ’ s conspicuous advantage is long - distance monitor. motion controller is an equipment to realize the schedule track by controlling the executing equipment droved by motor. it make many production equipments take a new look by its own agility and outstanding control ability of movement track, in general it is a numerical control setting

    運動控制器是通過對以電機驅動的執行機構等設備進行運動控制，以實現預定運動軌跡目標的裝置，它以其特有的靈活性和優異的運動軌跡控制能力使許多工業生產設備煥發出勃勃生機，是廣義上的數控裝置。
  14. Well trajectory for non - straight wells, which includes directional wells, horizontal wells, siedtracking and / or horizontal wells, long - reach wells and multibranches, is one of key techniques in non - straight drilling. the main results, obtained in this dissertation, may be summarized as follows

    本文以石油工程中的非直井（定向井、水平井、側鉆井、側鉆水平井、大位移井、分支井）軌跡控制為背景，研究了一類約束優化與最優控制問題。
  15. This control system has friendly menu and it can realize not only the position control but also path control

    控制軟體採用多層模塊化的設計思想，界面友好，功能強大，不僅能完成點位控制，而且能實現軌跡控制，具有較強的通用性。
  16. Fourth, a new driver preview trajectory strategy assumption based on nature coordinate system is suggested. the concept of lateral preview yaw is presented. a new handling control model of the driver ? steering command decision based on the lateral preview yaw is also put forward

    第四，提出了在自然坐標下的駕駛員前視預瞄軌跡的預瞄策略，給出了橫向預瞄偏差的概念，建立了基於橫向預瞄偏差的駕駛員前視軌跡控制模型。
  17. Then according to the mrf machine ’ s structure and motion mode, the function and assignment of mrf machine cnc system are analyzed. the design and implementation of cnc system are researched, and a set of pc - based open architecture cnc system is developed. a trace interpolated algorithm of mrf machine cnc system is advanced according to the characteristic of mrf. the symmetry axis curve surface, such as aspheric surface, which is fit for optics general equation can be machined with mrf machine by using this interpolated algorithm

    然後根據磁流變拋光機床的結構和運動方式，從工程實際應用出發，分析了磁流變拋光機床數控系統的功能和任務，研製了一套基於pc的具有開放式體系結構的數控系統，同時針對磁流變拋光的特點，提出了磁流變拋光數控系統的軌跡控制插補演算法，運用該演算法可對非球面等適用於光學通用方程表示的回轉對稱曲面進行磁流變拋光加工。
  18. In order to avoid the turbulence caused by various forms of excitation fell under the operating course, a kind of robust track controller was designed, thus ensured the consistent final value of the tracing error to be bounded

    為避免運行過程中受到的各種激勵形式造成的擾動，設計了一種魯棒軌跡控制器，保證了跟蹤誤差的一致終值有界。
  19. We use pid control and fuzzy decision to fulfill the motion trajectory control

    我們採用pid控制和模糊決策來共同實現其運動軌跡控制。
  20. The direct lateral force control includes two ways : trajectory control and position control. this research aims at lateral force control

    直接側向力控制分為軌跡控制與姿態控制兩種方式，本文研究姿態直接力控制。
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