802.11a

正弦波频率估计的经典文章，ieee的89年Steven Kay写的。(Sinusoidal frequency estimation of the classic article, ieee 89 years Steven Kay wrote.)

说明：  matlab实现EBMA, 通过HALF PIXEL的算法来实现对图像的压缩.(matlab implementation EBMA, by HALF PIXEL algorithm to achieve image compression.)

通过区域分裂和合并对图像区域完成分裂合并的算法(Through the regional division and the completion of the merger on the image region splitting and merging algorithm)

粒子群解决旅行商问题 包含数据集 运行结果良好(Particle Swarms Optimization tsp)

K均值聚类的例子程序，程序中有附带的数据(examples of k-means technology)

通用的灰色预测程序，里面的数据替换一下，就可以使用(Common gray forecasting process)

说明：  《模糊ART和模糊ARTMAP 神经网络》这些文件包允许你创建、训练、测试模糊ART和模糊ARTMAP神经网络。 作者: Aaron Garre("vague and ambiguous ARTMAP ART neural network" These packages allow you to create, training, testing and Fuzzy Fuzzy ART ARTMAP neural networks. Author : Aaron Garre)

Polar code的仿真实现，里面已经已类的方式封装，利于重用(Polar code implementation, for BER simulation)

matlab的音频指纹提取, 小波包, 需要用到voicbox工具箱(matlab audio fingerprint extraction, wavelet packet, need to use voicbox Toolbox)

％ 该Matlab程序基于牛顿－拉夫逊算法，用于计算已知导纳矩阵、PQ节点、PV节点、平衡节点(UA)的电力网络潮流 ％ U - 各节点母线电压 S - 各节点注入功率 S_net - 电力网络总损耗 ％ PQ_P - 实算PQ节点注入有功功率 PQ_Q - 实算PQ节点注入无功功率 ％ delt_PQ_P - 实算PQ节点有功功率修正值 delt_PQ_Q －实算PQ节点无功功率修正值 ％ delt_UA_P - 实平衡节点有功功率修正值 delt_U_2 - 实平衡节点电压平方修正值 ％ delt_PQV - 实算P Q U^2修正值 J - 雅可比矩阵 ％ e - 电压实部 f - 电压虚部 delt_ef - 电压实部与虚部修正值( The Matlab program based on the Newton- Raphson algorithm is used to calculate the admittance matrix is known, PQ node, PV node, the node balance (UA) the trend of the electricity networks U- the node bus voltage S- each node injection power S_net-- The total loss of electric power networks PQ_P- operator PQ is injected into active nodes PQ_Q- operator PQ is injected reactive power node delt_PQ_P- is considered the correct value of active power PQ node delt_PQ_Q- really count PQ node reactive power to amend the value of delt_UA_P- real active power balance of the correct value of the node delt_U_2- node voltage balance is the correct value of the square of delt_PQV- really count PQU ^ 2 the correct value of J- Jacobian matrix e- voltage real part f- the imaginary part of voltage delt_ef- voltage real part and imaginary part of the amendment value)