svm

图像一维熵的计算方法。读入彩色图像，利用图像信息熵的计算公式，设计算法，实现熵的计算。(one-dimensional image entropy method of calculation. Reading into color images using image information entropy formula, design algorithm, and entropy calculations.)

自写的基于MUSIC的ISM宽带测角谱估计算法，线性调频信号，4阵元，2目标，正常运行。(My own MUSIC based ISM broadband DOA estimation algorithm. Chirp signals, four elements, two objection. Functioning properly.)

用来计算pdl的源程序，非常有用，使初学者的良好使用教材。(For at least 5 C or Java source code or other good For at least 5 C or Java source code or other good For at least 5 C or Java source code or other good)

三相桥式逆变器SVPWM控制策略的仿真研究(Simulation of a three-phase bridge inverter SVPWM control strategy)

多机器人避障仿真程序，实现了动画运行，基于matlab2009b，自己写的，(Multi-robot obstacle avoidance simulation program, to achieve the animation is running, based on matlab2009b, their written)

this package allows to solve to incompressible Navier-Stokes equations with a fast method

对电路板的图像进行分割，可以提取电路板中的目标物，以对电路板进行检测。文章使用K均值聚类算法完成对电路板图像的分割，针对传统的K均值聚类算法的不足，提出了使用直方图波形的有效波峰个数来确定K值的大小，并通过使用一种比传统的绝对误差的表示更简洁的表达式，达到了快速分割的目的。对一些电路板图像分割的实验结果表明，文章的方法能够根据目标物的数目有效的确定K值的大小，且比传统的K均值算法减少了运算量及计算时间。 (On the circuit board image segmentation, to extract the target board to the circuit board for testing. Article using the K means clustering algorithm to complete the circuit board image segmentation, the traditional K-means clustering algorithm, the paper proposes the effective use of histogram peak wave number of K values to determine the size, and by using a ratio of absolute error of the traditional expression that is more concise, to the fast segmentation. For some circuit board image segmentation results show that the method can be according to the article the number of valid target value to determine the size K, and K-means algorithm than the traditional reduced computation and computing time.)

机车多功能实现交通电路，好好看看哈，英语名硬顶的斜对(good locomotive circuit for muitiple choices)

Matlab examples of "Multi sensor data fusion with Matlab" Book

此目录中的例程执行周期性的以及边界校正性的一维、二维信号的小波分析( The routines in this directory perform periodic- and boundary-corrected wavelet analysis of 1-d and 2-d signals. The main tools for all-purpose use are FWT_PO and IWT_PO.)