static tracking error 中文意思是什麼

static tracking error 解釋
靜態跟蹤誤差
  • static : adj 1 靜止的,靜態的,靜力的。2 【物理學】天電的,靜電的。3 【無線電】靜態特性。4 固定的,不活潑...
  • error : n. 1. 錯誤;失錯。2. 謬見,誤想;誤信;誤解。3. 罪過。4. 【數學】誤差;【法律】誤審,違法;(棒球中的)錯打。adj. -less 無錯誤的,正確的。
  1. And so on, the mathematical model and transfer function of the tracking system are built, and the feasibility of the tracking control system design is demonstrated. furthermore, the static error of the system with a unit incline input is deduced. a majority of model of unit is based on analytics, so the general model can apply to other optical intersatellite communications systems

    在此基礎上,將atp跟蹤控制子系統視為線性定常系統,通過解析法和實驗法對子系統的各個控制環節的單元器件進行合理建模,得出整個環路總的開環及閉環傳遞函數,論證了本課題所設計的atp跟蹤控制環路的可行性及其視軸輸入為斜坡信號時的理論穩態誤差。
  2. A fuzzy control system of stepping motor for seam tracking is presented in this paper, the proposed system can realize the self - modify ing of the parameters and improve the characteristics of dynamic and static state of stepping driving system according to the error of seam tracking. the accuracy of seam tracking is enhanced obvi ously

    介紹一種用於焊縫跟蹤的步進電機模糊控制系統,該系統可根據跟蹤偏差進行參數自調整,改善了步進驅動系統的動靜態特性,提高了焊縫跟蹤精度。
  3. A nonlinear visual mapping model of the 2d eye - in - hand robotic visual tracking problem is proposed and a new visual tracking controller based on artificial neural network with bp - ga mixed algorithms is designed. simulation results show that this method can drive the static tracking error to zero quickly. moreover, a new nonlinear visual mapping model of the 3dof eye - in - hand robotic visual tracking problem is studied and a new visual tracking

    ( 5 )針對基於圖像雅可比矩陣的機器人手眼平動視覺跟蹤問題,建立了新的視覺映射模型,提出了基於bp一ga混合學習演算法的人一神經網路機器人平動視覺跟蹤方法,模擬結果表明該方法控制下系統跟蹤誤差快速趨近於零。
  4. At the same time, the principle which taking searching motor maximum - speed point as control object for mppt ( maximum power point tracking ) is put forward and the static error of tracking is analyzed in detail. chip jl3, a kind of micro - controllers of 68hc08 series, is used as control unit of the system, with which we complete the designs of the periphery hardware circuit and the control software

    對于電機控制,提出了採用虛擬中心點的方法代替傳感器實現電機轉子位置檢測,以完成電機準確換相,並在理論上證明了其正確性;對于光伏陣列工作點最大功率跟蹤問題,提出了一種以尋求轉速最大點為控制目標實現tmppt的思想,並進行了穩態跟蹤誤差分析。
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