1) fitting algorithm
拟合算法
1.
So the general fitting algorithm is reached.
用泰勒展开式求得分段样条曲线函数，可由用户控制的端点条件，求得通用的拟合算法，并用实例验证了拟合的曲线图形效果。
2.
It includes active appearance models and the fitting algorithm.
AAM(Active AppearanceM odel)是一种用来提取人脸特征点的有效方法,由人脸动态表观建模和拟合算法两部分组成。
3.
There are three main issues for improvement: 1) In terms of the accuracy of AAM under varied illumination, a fast Gabor wavelet algorithm is proposed to compute AAM Fitting and Texture Modeling; 2) For the problem of occlusion, a sub-block weighted AAM fitting algorithm i
2)针对人脸某部分发生遮挡导致定位算法效果变差的问题,提出一种基于分块加权的AAM拟合算法。
2) fitting arithmetic
拟合算法
1.
Considering this,a fitting arithmetic is advanced,and its validity is confirmed in its practical use.
最后给出了解决此类问题的拟合算法,并通过具体实例,验证了算法的正确性。
3) fit algorithm
拟合算法
1.
Opertimized Study of the Three Parameters Curve Part Fit Algorithm;
三次参数曲线段拟合算法的优化研究
2.
The computer Graphics monograph published at present leads some discussions on parameters fit algorithm, but how to fit rapidly, there is no an identical optimized algorithm.
计算机图形学的许多专箸都曾对三次参数曲线的参数拟合算法做了一些讨论，但在曲线方程确定下来后，如何进行快速的拟合，尚未有一个统一的优化算法。
4) Chebyshev fitting algorithm
Chebyshev拟合算法
5) square fitting algorithm
圆拟合算法
6) iteration matching algorithm
迭代拟合算法
补充资料：拟法
1.效法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条