镜像延拓 extend

多变量极点配置，自动控制原理，matlab程序，希望对大家有用(Multivariable pole assignment, Automatic Control Theory, matlab procedures useful for everyone)

Matlab环境下，进行二维空间波动方程的模拟。吸收边界条件(Matlab environment, the wave equation for two-dimensional simulation. Absorbing boundary conditions)

利用了小波分析以及自适应性卡尔曼滤波降低了信噪比，非常实用的论文(Use of wavelet analysis and adaptive Kalman filter reduces the signal to noise ratio, very practical papers)

VMProtect逆向分析相关的资料，一蓑烟雨论坛大牛的作品，对于破解或逆向分析很有启发作用。(VMProtect reverse analysis of relevant data, a domain misty rain BBS Daniel s work, enlightening for cracking or reverse analysis.)

白噪声背景下，均匀圆阵列的波束形成，并用三维形式显示出来(White noise background, the uniform circular array beamforming, and displayed three-dimensional form)

辛普森公式的自适应积分：在整个积分区间使用相同的小步长 ，以保持整体精度。然而，实际应用中，函数的振荡起伏的情况处处不同，这并没有考虑到曲线的某些部分变化剧烈，需要比其他部分多加考虑的情况。而有些部分，曲线的变化缓和，因此可以采用大于平均值的步长 来进行积分。因此，引入一种能够在函数值变化大的区间采用小步长的方法是很有用的。这种方法，称为自适应积分。(Adapt integral based on Simpson integral)

Circles We can extend the Hough transform to other shapes that can be expressed parametrically. For example, a circle of fixed radius can be described fully by the location of its center (x, y). Think of each feature (edge) point on the circle as saying, ”if I’m on the circle, the center must be in one of these places”. It turns out that the locus of these votes is itself a circle. But what about circles of unknown size? In this case, we need a third parameter: the radius of the circle. So, we can parameterize circles of arbitrary size by (x, y, r). Instead of casting votes in a circular pattern into a two-dimensional accumulator, we cast votes in circles of successively larger size in a three-dimensional accumulator.

半波阵子天线的矩量法研究，很好的材料，详细介绍了半波阵子天线运用矩量法的计算的步骤，和积分方程(Stream of half-wave antennas method of moments, very good material, details the stream of half-wave antenna using moment method of calculation steps, and the integral equation)

K均值（用matlab实现花的分类，附注释，程序简单）(K-means (machine learning job classification flowers))

跳频通信的时频分析,稳定性分析及图片显示，跳频序列码的仿真(hop frequence STFT)