BP-calculated-using-Bayesian-

基于CDMA蜂窝网的无源雷达定位系统中GDOP计算方法(The GDOP Of the passive radar location based on the CDMA cellular network)

exercise of adaptive control from

该程序实现基于相位校正法的FFT变换算法的matlab仿真，以256点为例进行计算，已得到实验验证，注解详细，为算法的硬件实现提供充分的理论基础(The program phase correction method based on the FFT algorithm matlab simulation, for example 256 points are calculated, the experiment has been verified, detailed annotations provide adequate theoretical basis for the algorithm in hardware)

实现颜色空间的变换his hiv lab 等(To achieve the color space transform his hiv lab, etc.)

STBC-MIMO-OFDM(--已仿真）任意发送天线，任意接收天线的STBC-MIMO-OFDM的MATLAB程序，其中包括完整的PSK调制，STBC编码，信道估计等)(STBC-MIMO-OFDM (- have simulation) any transmit antennas, any receiving antenna STBC-MIMO-OFDM the MATLAB program, including full PSK modulation, STBC coding, channel estimation, etc.))

拉普拉斯金字塔在图像融合中有所应用，方法是首先对两个待融合图像求拉普拉斯残差金字塔，然后用模板对每一级残差图像进行融合得到融合后图像的残差金字塔，然后对这个金字塔进行重构就能得到最终的融合图像，图像各尺度细节得到保留。（注：融合时模板一般会先用高斯函数模糊一下） 不过这里不实现融合，只实现拉普拉斯金字塔的建立。 (Laplace pyramid has applications in image fusion method is to first find two images to be fused Laplacian pyramid residuals, and then use the template for every level of residual image obtained after fusion image fusion residuals pyramid, then the pyramid will be able to get the final reconstructed image fusion, image detail is preserved for each scale. (Note: the fusion template will normally use the Gaussian blur it) But here is not to achieve integration, implementation only establish Laplace pyramid.)

利用Elmane方法对动态系统进行建模。(Elmane method is used to analyse the dynamic system modeling.)

ART1算法,此算法还存在缺陷,有此产生art2 (ART1 algorithm, the algorithm also flawed, produce art2)

非常好的MATLAB学习书籍，非常值得下载，一定能对用户有很大帮助。 此书为MATLAB微分方程求解。-MATLAB to learn a very good book, well worth downloading certainly of great help to users. This book for MATLAB to solve differential equations.

直接序列扩频通信系统仿真程序，包括伪随机序列产生、扩频、加噪、接收等。(Direct sequence spread spectrum communication system simulation program, including the pseudo-random sequence generator, spread spectrum, plus noise, the receiver and so on.)