例句與造句

1. It retains all of the advantage of(3-50a)and(3-50b)except for a somewhat increased truncation error .
   除了略微增加截斷誤差外，它保持式（3-50a）和（3-50b）的所有優(yōu)點。
2. The spectrum characteristics of the phase truncation error and amplitude quantization error are analyzed by the method of fourier series
   文章最后還簡單介紹了幾種改善雜散誤差的方法。
3. The comparison between analytical solution and uncorrected solution shows that uncorrected truncation errors can not be ignored
   通過解析解與沒有修正的差分解進行對比，結(jié)果表明，沒有修正的截斷誤差是不能忽略的。
4. Property is automatically truncated to the original specified size of the parameter , and no truncation errors are returned
   Data . odbc . odbcparameter . size屬性所指定的值的參數(shù)值都會自動截斷至該參數(shù)的初始指定大小，并且不會返回任何截斷錯誤。
5. It is different from traditional concept that the concept dynamic roughness includes influence of model error , truncation error , observation error and so on
   此時的糙率與傳統(tǒng)的概念有明顯的不同，它包含了模型誤差，截斷誤差，觀測誤差等各方面的綜合影響。
6. It's difficult to find truncation error in a sentence. 用truncation error造句挺難的
7. Similarly , the paper also makes an analysis of the effect that the truncation error of finite scanning has upon the far - field pattern and then introduces the consequent method of compensation
   隨后分析了掃描面截斷誤差對遠場方向圖的影響，并給出了相應(yīng)的補償方法。
8. The teclinique of varying order and step size of integration is researched according to the truncation error controi . the study results have established the theory bases for the numerical integral methods of the full dynandc simulation
   并研究了根據(jù)積分的截斷誤差控制，自動變階變步長的技術(shù)，為電力系統(tǒng)全過程動態(tài)仿真技術(shù)中的數(shù)值積分方法奠定了堅實的理論基礎(chǔ)。
9. In image processing , the wavelet of l2 ( r ) will cause distortion on the boundary by truncation error . in order to exterminate this phenomenon , one must modify the wavelet on the boundary . this gives rise to the wavelet on the interval
   在圖像處理中， l ~ 2 ( r )上的小波基因截斷誤差會在邊界處產(chǎn)生失真，為了消除這種邊界效應(yīng)人們需要對其進行改進，這就產(chǎn)生了區(qū)間小波的理論。
10. In this situation , we are confronted with not only the problem that truncation error is large while the target maneuvering and the trajectory changing notably , but also the problem that how to fuse all kinds of data effectively
    在多傳感器目標(biāo)跟蹤系統(tǒng)中，不僅同樣面臨著目標(biāo)機動、彈道變化劇烈時多項式濾波的截斷誤差較大的問題，而且需要考慮測速數(shù)據(jù)和位置觀測數(shù)據(jù)的有效融合。
11. A multivariable fast constrained dmc algorithm is presented , which adopts improved model to remove truncation error , and computes one control move to optimize one point of future horizon for each output . compared to traditional dmc algorithm , this algorithm reduces calculational burden greatly , and loses less performance . it has practical significance for some factories that are short of money to achieve advanced control
    作者給出了一種多變量有約束快速dmc算法，該算法與常規(guī)多變量有約束dmc算法比較，極大減小了計算負(fù)擔(dān)，而性能上損失很少，可以在現(xiàn)有的dcs系統(tǒng)上進行二次開發(fā)，對于一些資金缺乏的工廠在現(xiàn)有dcs系統(tǒng)基礎(chǔ)上實現(xiàn)先進控制很有實際意義。
12. Based on the concept of antenna near - field measurement and the theory of plane wave spectrum ( pws ) , the theory of plane near - field measurement and error analysis are introduced , two errors of plane radiation near - field measurement are discussed in detail : the probe positioning error and the truncation error of finite scanning
    本文從天線近場測量的基本概念出發(fā)，以平面波譜理論為基礎(chǔ)，介紹了平面近場測量理論及其誤差分析方法。著重研究了影響近場測量精度的兩種誤差：掃描探頭定位誤差和有限掃描面截斷誤差。
13. It adopts developed predictive model to shorten the predictive time and eliminate the truncation error , adopts range control to avoid the frequent change of inputs , adopts block technology to reduce the dimension of qp , uses performance ratio to make the controller ' s tuning sample and intuitionistic
    該算法中，作者采用改進的預(yù)測模型來減小模型時域與消除截斷誤差，形式上采用區(qū)間控制防止操縱變量的頻繁動作。并在算法中實現(xiàn)了漏斗技術(shù)與block技術(shù)，利用性能比來使得控制器調(diào)整簡單直觀。
14. In the paper , the author first analyses the designing idea , components of hardware , working principal , and fulfillment of the functions . then , using delphi as programming language to analyses , process and calculate the data , the author introduces how to realize the system software ; finally , the accuracy of measuring system is analyzed on the base of measurement error and truncation error , which proves theoretically that the accuracy of the system is satisfactory
    本文首先從整個測量系統(tǒng)的角度出發(fā)，分析了系統(tǒng)的設(shè)計思想、組成、工作原理、功能的實現(xiàn)：然后分析了系統(tǒng)軟件的實現(xiàn)，采用面對對象的可視化開發(fā)工具delphi編寫軟件對數(shù)據(jù)進行分析、處理和計算；完成了三維圖形的繪制；最后就測量誤差和截斷誤差對測量系統(tǒng)的精度進行了分析，在理論上證實了系統(tǒng)的精度得以滿足。
15. The precision duhamel integration solution for the linearization equation is also given from the theory of linear differential equation . the calculating results show that the new method can improve the calculation precision greatly . in fact , the truncation error is not limited by this method , it can arrive the precision according to the requirement
    本文的主要工作有以下幾個方面: ( 1 )由于非線性項的存在,使得多數(shù)情況下難以得到非線性動力方程的解析解表達式,目前常使用數(shù)值積分方法來求解非線性動力學(xué)方程的解,但常規(guī)計算方法的計算精度不很理想,本文提出了含taylor展開項中高階余項的非線性動力方程的線性化數(shù)值計算方法,構(gòu)造了瞬態(tài)線性化方程,給出了duhamel積分的表達式。