dlb_lqr11

LOG算子，实现边沿检测，内附readme(LOG operator, to achieve edge detection, included readme)

这两个是关于柱体跟等腰三角形的RCS计算matlab程序，还不错哦(Two cylinder isosceles RCS matlab program, also good, oh)

透视变换的矩阵算法 逆矩阵算法 参数的求法(The Perspective Transform matrix)

基于simulink/RTW的微位移实验平台的研制(Based on simulink/RTW of micro-displacement experimental platform)

凯撒窗的设计，采用了公式和matlab内部函数两种办法可以实现，并画图比较结果。(Kaiser window design, using the formula and internal matlab function can be achieved in two ways, and drawing the results of the comparison.)

改进遗传算算发，MATLAB，收敛快，精度高，效果不错，适用于近似求解和NP难问题(Genetic calculate fat, MATLAB, convergence, high precision, good results for NP hard problem to solve and approximate)

是一个四发四收的球型译码程序，编码是卷积码，调制方式是BPSK，用Vblast来实现解码。(Is a collection of four four-ball type decoding procedures, coding is a convolutional code, modulation is BPSK, used to achieve the decoding Vblast.)

我以前在网上下载的，高斯计算，解线性方程的，Ax=b，已知A、b，求x(自动检测中英文中译英英译中百度翻译 翻译结果（中 > 英）复制结果 I used to download on the Internet, Gauss calculation, solving linear equations, Ax = B, A, B and X known, )

说明：  感兴趣的可以看看，利用matlab语言写的基于高阶累积量的MUSIC算法。(Interested can look at the use of matlab language-based higher-order cumulants of the MUSIC algorithm.)

文件中包含word文档报告 设雷达采用匹配滤波完成脉冲压缩，采集频率fs=420MHz，仿真雷达回波，并绘出家Hamming窗前后的脉压波形。（提示：通过正确设定采集波门，减少数据量） 设雷达采用Dechirp方式完成脉冲压缩，其中参考距离位于（0，0），采集频率为10MHz，距离采样点数512点，仿真雷达回波，并绘出加Hamming窗前后的脉压波形（提示：通过正确设定采集波门，减少数据量）。(Word document file contains the report of the completion of matched filter-based radar uses pulse compression, gathering frequency fs = 420MHz, simulation of radar echo, and draw the house after the pulse pressure waveform Hamming window. (Hint: By setting the correct collection wave door, reducing the amount of data), based radar uses pulse compression Dechirp manner, in which reference distance at (0,0), collection frequency of 10MHz, from the sampling points 512 points, simulation, radar echo, and draw the increase of pulse pressure waveform after the Hamming window (hint: set up collection waves through the correct door, reducing the amount of data).)