linearity error 中文意思是什麼
linearity error
解釋
線性度誤差-
Kalman filter is an optimal filter algorithm in the minimum - mean - square - error sense, meanwhile extended kalman filter is a sub - optimal filter algorithm, which derived from the linearization of nonlinear system using taylor expansion. while the non - linearity of the system is not extreme strong, ekf can achieve approximately optimal filter effect
Kf是最小均方意義下的最優濾波演算法， ekf則是利用一階泰勒展開將非線性系統線性化而得到的一種次優濾波演算法，在非線性不是特別嚴重的情況下， ekf有著近似最優的濾波效果。 -
In new system the error pa can also amplify the original signal, so the performance of whole amplifier system increases. since rf predistorters used in the new system, the linearity and power efficiency can be enhanced
該技術改變了誤差通路中的信號特性，使誤差放大器也輸出有用信號功率，提高了整個放大系統的性能。 -
With the mathematic model of tracking beam current by velocity, real - time tracking can be obtained ; with current simulation controlling transducer and subsection linearity, precision of velocity ( error in ? 1 % ) is triumphantly can be controlled ; with inspection of the pulse numbers of switches, the position of all vehicles are checked to eliminate the error of calculating distance between all ones
通過建立速度跟蹤束流的數學模型，較好地解決了速度跟蹤束流的實時性問題;通過採取用電流模擬量控制變頻器和分段線性處理的辦法，成功地解決了速度精度問題（誤差在士1 %內） ;通過檢測接近開關觸發的脈沖數，適時校核所有小車位置，消除各車之間距離計算誤差，從而很好地解決了距離累計計算誤差。 -
Calibration results indicate that this angular rate gyro has good linearity with correlation coefficient of 0. 9996, and high precision with standard error of 0. 0036
標定結果表明，該角速率陀螺線性度好，相關系數為0 . 9996 ；精度高，標準誤差為0 . 0036 。 -
The market process with characteristics of complex adaptive system exhibits the identities of non - linearity, trial and error, creation, path - dependence, self - organization and evolution
作為復雜適應系統的市場過程，具有非線性、試錯、創造性、路徑依賴、自組織和演化特徵。 -
No - linearity error is the leading technical criteria to scale a potentiometer and decides how precisely potentiometer works. in this dissertation, a potentiometer auto - measuring and amending computer control system is given through the analysis of auto - measuring and amending technique, the trimming process and its functional requirement to system
本論文對精密電位計的非線性誤差自動檢測修刻技術進行了詳細的研究，並結合電位計修刻工藝的特點及其對系統的功能要求，設計了基於工控機的電位計自動修刻設備。 -
The issues of consistency, temperature shift and non - linearity are solved by the system which is composed of hardware and software. an output error factor of silicon piezoresistive sensor is achieved within 0. 2 %
該系統由硬體和軟體兩部分組成，主要解決了它的一致性、溫度漂移和非線性等問題，使硅壓阻式傳感器的輸出精度達到了0 . 2 %以內。 -
The mca7707 is a special sensor signal processor optimized for piezoresistive sensor calibration and compensation. achieving a total error factor within 0. 2 %, the mca7707 compensates temperature errors and non - linearity of silicon piezoresistive sensors
Mca7707是一種專用傳感器信號處理器，它可以補償硅壓阻式傳感器的溫度誤差和非線性誤差，使傳感器總的精度達到0 . 2以內。 -
This paper stated the application of parallel link mechanism in modern machine tools, set up the error analysis as to parallel link mechanism in the virtucal - axis machine tool, derived the double triangular error equations of parallel link mechanicsm in its horizontal posture, analyzed the linearity and non - singularity of the error equations, thus giving the normal splution to the horizontal posture error. the error distribution law is simulated as to the center line in the workplace, and the error distribution curves are drawn as well
該文對並聯機構在現代機床上的應用作了論述，建立了虛擬軸機床並聯機構的一種誤差分析方法，應用坐標變換原理導出了雙三角並聯機構水平姿態時的誤差方程組；分析了誤差方程組的線性和非奇異性，給出了水平姿態時的位姿誤差正解；對工作空間中心線的誤差分佈規律進行了模擬，繪制了其誤差分佈曲線。 -
In accordance with the phase - shift miscalibration and detector nonlinearity, the error - compensating phase - shifting algorithms based averaging technique are proposed. and in order to solve the problems brought by traditional linearity scanning unwrapping algorithm, which leads to incorrect phase unwrapping, a correlative region algorithm for phase unwrapping is developed
針對相移器的相移不準給相位求解帶來的誤差，提出採用基於平均技術的誤差補償移相演算法；針對傳統線掃描位相去包絡演算法不能對含有較大噪聲的位相圖進行正確去包絡的問題，提出了區域相關位相去包絡演算法。 -
The presented dissertation mainly discusses the non - linearity existing in monostation and multistation radar measurement. the first part of this dissertation integrated the non - linearity with the uncertainty of measurement system, and presents a secondary order filter for correcting measuring variance while the measurement equation is non - linear. by comparing the filter error of extended kalman filter with that of secondary order filter, we find the filter performance of these two filters are almost same
本文主要討論單站與多站雷達中的非線性測量問題，在1中，我們把測量系統的非線性與測量系統的不確定性聯系起來，針對只有測量方程是非線性的情況，給出了一種修正測量方差二階濾波器，並用這種二階濾波器分析了推廣kalman濾波器的濾波誤差，指出推廣kalman濾波器與二階濾波器相比，濾波性能幾乎相同。 -
A weighing transducer for micro - electronic balance was developed according to the formula and it ' s linearity error is within 0. 01 % fs
應用該公式設計、研製了一種微型電子秤用傳感器，其非線性度優於0 . 01 % fs 。 -
Through this friendly interface user can measure potentiometer, compute the no - linearity error, show the amending curve timely
用戶可以通過友好的人機交互界面進行電位計自動測量和修刻加工操作、自動計算非線性誤差，並還可以實時顯示修刻曲線。 -
A algorithm for using the minimum zone to evaluate the space linearity error based on the principle of coordinate transformation is introduced, and the mathematical model and calculation example are given in this paper
摘要介紹了一種用基於坐標變換原理的最小區域法評定空間直線度誤差的演算法，並且給出了數學模型和計算實例。 -
Finally, do a lot of experiments to make a great improvement on the system and examine the validity of the amending arithmetic. the experiments show that the potentiometer no - linearity error decrease obviously and meet the demand of potentiometer production
實驗表明，修刻后電位計的非線性誤差有明顯減小，證明所提出的修刻演算法的正確性，驗證了修刻方案和裝置的可行性。 -
The approaches of linearity error and roundness error evaluating are presented, among which the least square method is emphasized. the conclusion that only when the little error assumption or little departure assumption are fulfilled the general least square algorithms are the suitable least square solution is provided
重點研究了圓度誤差評定的最小二乘方法，指出只有滿足「小誤差假設」和「小偏差假設」 ，最小二乘通用演算法的評定結果才是嚴格意義上的最小二乘解。 -
Unique grating - sensory technology makes mechanical error close to zero. optimized optics design makes resolution reach the best level with the good linearity
最優化超強的光學設計，使得光學解析度達到最佳，高值線性好。 -
The goal of this compensation scheme is to make the adc tolerant of comparator offsets and can detect input signals ’ overflow and achieve the desired linearity 。 dominant error mechanisms in the s / h, sub - adc, sub - dac and gain stage are defined and characterized for an arbitrary stage in the pipeline
基於對流水線工作原理和誤差機制的深入研究，提出了一種適用於10位100msample / s流水線adc的新型冗餘校正技術。該技術目的在於校正比較器的失調，實現溢出判斷功能，以提高系統線性度。 -
Practice shows that the instrument has follow characteristics : wids measuring range, high accuracy, intelligence of calibration constant adjustment and zero adjustment, convenience of transducer replacement and easily use, good linearity and measurement error within 0. 5 %
實踐證明：該儀器具有測量范圍寬，測量精度高，校準常數調節和零點調節實現智能化，換能器更換方便和使用簡單等特點，且具有較好的線性度，其測量誤差均在0 . 5 %以內。 -
That extremely promotes the development of the receiver. also the requirement of receiver becomes more rigorous. as the name implies, receiver need to improve the linearity, to reduce the distortions rate and bit error rate, and to expend the dynamic range, of course should ensure the signal detect capability precondition
這些要求同樣也促進了中頻接收機的不斷進步，要求其在保證信號檢測能力（即極高的靈敏度）的前提下:盡可能的提高接收機的線性度，使信號失真最小、誤碼率最低;盡可能的展寬接收機的動態范圍，使接收機的適應度更大、抗干擾能力更強。
分享友人