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- Euclidean distancetransform 欧氏距离变换
- We choose the Euclidean distance as a similarity coefficient. 将相似性系数E引人菌株相 似性分析,大大提高了耐药谱分型的辨别力和重复性。
- Form-Based Code: Solving the ills of Euclidean Zoning? 型态规范:解决欧几里得分区制的弊病?
- The names are lended from that of the Euclidean space. 借助这些几何工具对布尔函数与方程式论作了进一步探讨。
- Euclidean quantum gravity does not build in a notion of causality. 欧氏量子重力并没有预先置入因果律。
- 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。
- 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。
- Finally, weighted Euclidean distance classifier is utilizedin recognition. 最后利用加权欧氏距离分类器进行识别。
- The similarity is decided by the Euclidean distance of the gray histograms. 利用各区域灰度直方图的欧氏距离判定相似区域。
- There are two main types of wormholes: Lorentzian wormholes and Euclidean wormholes. 有二种主要类型的虫孔:洛伦兹虫孔和欧几里得虫孔。
- Economics is not a straightforward discipline like Newtonian mechanics or Euclidean geometry. 经济学不像牛顿力学或者欧几里德几何,它不是门直观的学科。
- The euclidean norm of an n-vector x with real or complex components is defined as following. 凡具实数分量或复数分量的n-维向量x的欧氏范数被定义如下。
- We prefer the form (5.16.7) since it is in conformity with the definition of scalar product in a complex Euclidean space. 我们愿意用(5.;16
- Lorentzian wormholes are mainly studied in semiclassical gravity and Euclidean wormholes are studied in particle physics. 洛伦兹虫孔主要用于半经典重力引力研究,而欧几里得虫孔用于粒子物理学研究。
- In this note, we give necessary and sufficient conditions under which there is a unique Jordan frame in a Euclidean Jordan algebra. 本文主要给出了欧几里德若当代数基底唯一性的充要条件。
- A modified Euclidean algorithm is proposed to estimate baud rate of the burst packets. 提出一种基于修改的欧几里得算法的波特率估计算法,这种算法可以对突发分组的波特率做出准确估计;
- A new RS(Reed-Solomon)code decoding algorithm based on the Euclidean Divi-sion is presented. 利用多项式的欧几里得除法给出了RS(Reed-Solomon)码的一种新译码方法。
- The relative Weighted Euclidean Distance(WED) classifier is proposed as an improvement of the classifier. 通过对WED(Weighted Euclidean Distance)分类器的改进研究,提出了相对WED分类器的新概念,进一步提高了系统的识别能力。
- Let M be a closed m-dimensional submanifold in the Euclidean space (or sphere Sm+p). 设M是欧几里德空间E~(m+p)或球S~(m+p)中的m维封闭子流形,T_(?)
- 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。