利用提出的一般细分法，可以造型光滑逼近曲线；
Using this paper's methods, smooth approximating curve can be generated;
最后用软件细分法对测量信号进行高倍数数字细分。
Finally, digital subdivision is adopted to obtain high division number.
以四分树为数据结构，建立了网格细分法生成自适应网格算法。
The generation algorithm of adaptive mesh which is based on the quad-tree data structure is presented.
采用成对比较法和语义细分法主观评价实验的结果验证了模型的准确性。
The proposed model was verified by data collected from subjective assessment with paired comparison and semantic differential methods.
语义细分法是声品质以及声感知特征研究中最广泛采用的主观评价方法。
Semantic differential (SD) method is a most commonly used method in subjective sound quality and sound perception assessment.
基于傅立叶变换的条纹细分法，其处理速度介于前面两种细分方法之间。
The processing speed of the fringe subdivision method based on Fourier transform is between that of the first method and the second method.
采用正切细分法，对不足一个信号周期的条纹位移，实现了正确的辨向和高倍数细分。
Combining with tangent subdividing method, this method can correct the counting error, recognize the direction and subdivide the fraction of fringes displacement.
本文给出了一种快速三角元网格逐次细分法，并提出了四边形单元网格的逐次细分法。
This paper presents a scheme for gradual subdivision of a triangular mesh and a quadrilateral one is also put forward.
介绍了基于插值细分法的第二代小波变换的基本原理和变换过程，给出了小波降噪的阈值选取方法。
The principle and process of the second generation transform based on interpolating subdivision is described, and then the selection of wavelet shrinkage is provided.
分析比较了两种语义细分法在评价者的个体重复性、团组一致性以及与成对比较法和计算结果的相关性。
The two procedures are compared at individual′s repetitivity, juror′s consistency, and correlation to results acquired by pair comparison method and by calculation with mathematical model.
比较结果证明采用光学内反射角度细分法设计角度细分装置，不但能得到高的细分精度，而且装置体积小、结构简单，适于在线使用。
The result of comparison demonstrates that the device based on internal reflection effect has small size, simple structure and high accuracy and it can be used in the on-line production.
介绍了建材检测微机控制系统总体结构，详细分析了数据采集与处理过程中复合数据滤波、一阶差分法剔除奇异项算法的实现过程，给出了计算结果。
Realizing of algorithm of composite data filter and eliminating singular term using first difference method in data collection and processing were analyzed and calculation results were given.
结合有限元方法或有限差分法和极限平衡法各自的优点详细分析边坡稳定性，提出了基于条分法和容重增加法耦合分析的基本原理及边坡安全系数的计算程序。
On the basis of the slice and gravity increase methods, a fundamental principle of couple analysis, and a procedure for calculating the slope safety factor were put forward.
结合有限元方法或有限差分法和极限平衡法各自的优点详细分析边坡稳定性，提出了基于条分法和容重增加法耦合分析的基本原理及边坡安全系数的计算程序。
On the basis of the slice and gravity increase methods, a fundamental principle of couple analysis, and a procedure for calculating the slope safety factor were put forward.
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