linear approximation造句
例句與造句
- The remnant n(t)is the difference between the actual pilot output and the linear approximation to it .
剩余值n（t）是駕駛員的真實輸出和它的線性近似之差。 - Applications of the linear approximation
線性逼近法的應用。 - Analyses of valid range for the linear approximation in a single - mode laser
單模激光系統(tǒng)線性化近似適用范圍的分析 - When nonlinear degree is high , the linear approximation error must be considered
因此在非線性程度較高時，必須考慮減少線性近似誤差。 - The analysis of valid range of the linear approximation in a loss model with a single - mode laser
三階近似激光模型線性化近似適用范圍的分析 - It's difficult to find linear approximation in a sentence. 用linear approximation造句挺難的
- The remnant n ( t ) is the difference between the actual pilot output and the linear approximation to it
剩余值n （ t ）是駕駛員的真實輸出和它的線性近似之差。 - Linear approximation of lambert - beer ' s law and its application to ultra - micro analysis by atomic absorption spectrometry
比耳定律的近似線性關(guān)系應用于原子吸收光譜法的超微量分析 - A linear approximation of the non - linear gmsk is proposed to help gmsk to be readily accommodated into a sdr
對非線性的gmsk分析了線性近似方法，這對于在軟件無線電中實現(xiàn)gmsk有重要意義。 - The expressions for correlation functions , power spectrum and correlation time of the intensity of a single - mode laser driven by two white noises with a exponential function correlation form were calculated by linear approximation method
應用線性近似方法，計算了具有指數(shù)形式關(guān)聯(lián)的兩白噪聲驅(qū)動下單模激光光強的關(guān)聯(lián)函數(shù)、功率譜及關(guān)聯(lián)時間。 - The objective function of the qp problem is a quadratic function which is an approximation of the lagrangian function of the constrained problem and the constraints of the qp problem are linear approximation of the constraints of the constrained problem
這些二次規(guī)劃子問題的目標函數(shù)是原約束最優(yōu)化問題的lagrange函數(shù)的二次某種近似，其約束條件是原約束最優(yōu)化問題的線性逼近。 - Based on image sparse representation , researched the background , development and non - linear approximation of the multiscale geometric analysis , and respectively analyzed the advantages and disadvantages . finally , pointed out the developing direction
摘要以函數(shù)的稀疏表示為主線，詳細介紹了各種多尺度幾何分析產(chǎn)生的背景、發(fā)展歷程和逼近性能，并分析了它們各自存在的優(yōu)缺點，最后指出了其發(fā)展方向。 - In the main - process , the coordinates of nodal points on part outline curve can be calculated by replacing this curve with a linear approximation . the codes expressed in nc program form which can be recognized by nc machine tool are got according to the coordinates of these nodal points in the post - process
在前置處理中，用直線逼近零件輪廓，得到輪廓曲線的節(jié)點坐標：在后置處理中，根據(jù)這些節(jié)點坐標按照數(shù)控程序的格式得到數(shù)控機床可以辨認的程序代碼。 - In order to obtain an optimal estimate of the tilt angle and angle velocity , an indirect kalman filter configuration combining a rate gyroscope sensor and an accelerometer is implemented . because of the extreme nonlinearity of the two - wheeled self - balancing robot , application feasibility of nonlinear system control strategy based on linear approximation method , exact linearization and intelligent control have been investigated . according to robustness , balancing performance and environment adaptability , robust tracking control , linear quadratic regulator and fuzzy model reference learning control are implemented to the velocity controller
針對具有強非線性的前進子系統(tǒng),論證了基于近似線性化、精確線性化及智能控制的非線性系統(tǒng)控制策略的應用可行性,據(jù)此按照不同性能要求設(shè)計了三種前進速度控制器:漸近跟蹤魯棒調(diào)節(jié)器簡單精確,具有良好的干擾抑制能力;二次型最優(yōu)跟蹤控制器,在耗能最小的條件下,大大提高系統(tǒng)的平衡能力;而基于動態(tài)聚焦學習的模糊模型參考學習控制則兼具平衡性能好、環(huán)境適應性強、精度高及魯棒性好的優(yōu)點。 - This dissertation emphasizes on the creation of image space , the author present a display system in which screen moves with a sinusoidal velocity profile to create image space . this paper uses linear approximation to make the system display homogeneous graphic and analyzes worst - case positional error due to linear approximation
本論文重點分析了顯示單元中成像空間的構(gòu)造,提出屏幕按正弦曲線運動的方式來構(gòu)造成像空間,用線性近似的方法得到均勻的圖像,并分析了由于線性近似帶來的最大屏幕位置誤差。 - These kinds of ? tronger ? algorithms do not need to retrieve correspondence and branching problems . the contour - spreading algorithm is proposed to calculate distance field quickly within the complexity 0 ( n ) . the intermediate surface is generated by linear approximation , while in conventional methods , it is tiled between a designated layer of contours and the original lower slice or upper slice of contours
和傳統(tǒng)方法比較，它們生成的曲面都是精確通過采樣點，但是對于中間曲面的生成（在有分枝問題和對應問題時）方式不同，傳統(tǒng)方式是指定中間層的位置，在中間層按一定方式生成一個輪廓線，然后分別與上下層進行曲面鑲嵌，而基于距離場技術(shù)的方法則是通過線性插值的方式來產(chǎn)生中間曲面。
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