The fast progress of multimedia technology and image processing pushes the research in algorithms for distance transform into a further level.
随着数字电路技术和图像处理技术的飞速发展，人们对欧几里德距离转换的相关研究也逐渐成熟起来。
It introduces the method of Distance Transform to the traditional Skeleton Algorithm to get the weight for describing the importance of the Skeletons.
该算法在传统骨架算法中引入距离变换，获得目标各部分骨架的权值，用其描述各部分骨架的重要性。
The traditional skeletonization algorithms based on distance transform can not guarantee the connectivity property, so saddle points should be added to solve the connectivity problem.
传统的基于距离变换的骨架算法不能保证骨架的连通性，需要引入鞍点解决连通问题。
Finally it introduces a data structure for the minimization based on the chamfer distance transform which yields an algorithm that is both faster and more robust than previously described methods.
最后介绍一种基于切面距离变换最小化的数据结构，这种变换产生的算法比以前描述的方法速度快而且鲁棒性强。
With one being the target, it will pull or push the constrained transform to maintain that distance.
一个目标，它会拉或推约束的转换，保持距离。
So it is provided with the practical significance to improve precision and realize the high precision transform from acceleration to velocity and distance.
因此，采用高精度线加速度计并通过信号处理提高其精度，以及实现加速度到速度和距离的高精度转换具有现实的意义。
When the distance between positive and inverse Fourier transform system changes, the CCD is adjusted to the focal plane by variable value of interval between two peaks on CCD with computer.
通过镜组移动改变正、负傅里叶变换系统的距离，用软件比较CCD上两个波峰的间隔是否变化来对CCD进行定焦。
Then, an improved parallel watershed algorithm is presented based on the definition of watershed transform with condition of distance.
为了专门分割重叠粘连细胞的图像，提出一种基于局部流域变换的迭代剥离算法。
Due to small amount of the data used, this method is very useful to transform images with a long distance.
由于该方法所要传输的信号数据量较小，所以十分有利于远距离的图像传输。
The performance of Euclidean Distance is inferior to Wavelet Transform, but using much less time, Maximal Distance gets the worst result , while taking the least time.
欧氏距离法的重建效果比小波变换法要差一些，所用时间比小波变换法要少的多；
The nuance can be found in different echoes by using wavelet. By means of Wavelet Transform, the Doppler signal coming from one distance gate of active duty radar is analyzed.
提出应用小波变换技术，以辨识不同目标回波之间的细微差异，并对连续波多普勒体制雷达的回波信号进行分析的方法。
The nuance can be found in different echoes by using wavelet. By means of Wavelet Transform, the Doppler signal coming from one distance gate of active duty radar is analyzed.
提出应用小波变换技术，以辨识不同目标回波之间的细微差异，并对连续波多普勒体制雷达的回波信号进行分析的方法。
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