1.
A Note on the Complexity of Euclidean Algorithm
关于欧几里德算法复杂性的一点注记
2.
Modified Euclidean algorithm in digital TV decoding circuit
数字电视译码电路中改进型欧几里德算法
3.
Research of RS decoding based on modified Euclidean algorithm
基于改进型欧几里德算法的RS译码研究
4.
Research of modified Euclidean algorithm in RS decoding and FPGA implementation
RS译码中改进型欧几里德算法的研究及其FPGA实现
5.
It is given to determine inverse of a circulant and to find its inverse by Euclidean Algorithm.
给出了利用多项式的欧几里德算法判断循环矩阵的可逆性和求逆的方法
6.
A Hardware Algorithm for Euclidean Distance Transform Based on Binary Images
基于二值图像的欧几里德距离转换算法硬件实现
7.
Euclid was not always right.
欧几里德不一定全对。
8.
Extended Euclidean Algorithm is selected to realize inversion from the standpoint of saving time.
对比了两种模逆算法,从节约时间的角度选取了扩展的欧几里德方法。
9.
2) In this part, a centerline extraction based on 3D Euclidean distance transform is presented.
2)提出了一种全自动的基于三维欧几里德距离变换的中轴提取算法。
10.
The non-Euclidena geometries were in effect subordinated to Euclidean geometry.
非欧几里德几何实际上是从属于欧几里德几何的。
11.
An implementation for computing multiplicative inverses in Galois fields GF(2 m) is presented.
在扩展欧几里得算法的基础上提出了有限域乘法逆元的计算方法。
12.
Movement Axiom of Euclid Geometric System and High School Maths Education
欧几里德几何体系中运动与中学教学
13.
Some of these are mistakes made by Euclid that can be remedied.
有些错误是欧几里德搞错的，可以纠正。
14.
The Comparison between Euclid s Mathematics Thoughts and Archimedes s;
欧几里得与阿基米德数学思想之比较
15.
He did not grant independent existence to the non-Euclidean geometries.
他不承认非欧几里德几何的独立存在性。
16.
The common conclusion was the uniqueness and necessity of Euclidean geometry.
欧几里德几何的唯一性与必要性已被公认。
17.
The Independence of Several Axioms in Euclidean System
欧几里德公理系统中几个公理的独立性
18.
Finally the algorithm discovers all time -series patterns by computing Euclidean distance between any two subsequences in each box.
最后通过计算每个盒子中任意两个子序列间的欧几里德距离来发现所有的模式。