MATLAB

Stanford地震数据处理反演解释工具，使用非常方便(Stanford seismic data processing and interpretation)

实现快速c均值聚类，能快速有效的对图像实现聚类分割，效果不错。(Rapid c-means clustering, can quickly and effectively split the image clustering, good results.)

优化相关的最大值与最小值极大值极小值问题(Optimization-related maximum and minimum maximum minimum problem)

地震SV波的源代码，得出反射系数，透射系数，转换波的反射系数，透射系数等(SV wave seismic source code, come the reflection coefficient, transmission coefficient, reflection coefficient, transmission coefficient converted waves, etc.)

一些基本的分形的MATLAB程序，比如cantor集，Julia集，分形树的绘制等(Some of the basic fractal MATLAB program, such as the cantor set, Julia sets, fractal tree drawing, etc.)

可以产生三角波，方波，调频信号等，大家交流(Can generate triangle wave, square wave, FM signals, to share)

用于计算表面等离子体共振中常用的金属膜层的介电常数值(Surface plasmon resonance is used to calculate the metal film layer is commonly used in the dielectric constant)

一个用来计算图像二维分形维数的matlab程序(A two-dimensional images used to calculate the fractal dimension of the matlab program)

MATLAB处理通过采集卡采集的信号，并在MATLAB的工作区进行计算(MATLAB through the acquisition card collection deal with the signal, and in MATLAB to calculate the working area)

线性卷积要求两个输人序列具有持续时间，但在实际应用中，可能遇到输人序列具有无限持续时间的情况。在这种情况下，分段卷积是一种有效的解决方案。文章讨论了计算分段卷积的两种方法。仿真试验表明，分段卷积方法正确且高效。(The linear convolution needs two finite-time input sequences, but in the actual application, two infi- nite-time input sequences are possible. Under this kind of situation, the partition convolution is an effective solu- tion. In this paper, two methods of the partition convolution are discussed. The simulation experiment indicatesthat the partition convolution is correct and effective.)