RC_FILTE

EM算法求高斯过程的参数,这种算法的计算过程简单，但是准确度不高(EM algorithm for getting the parameters of Gaussian process, this computation is simple, but accuracy is not high)

说明：  神经网络的matlab实现 BP神经网络的一个简单实现方法(BP Neural Networks code)

matlab实现在三维空间中两个目标的航迹模拟并画出轨迹。先匀速直线运动，而后转弯，再进行匀速直线运动(matlab simulation and draw the trajectory track to achieve two goals in three-dimensional space. First uniform linear motion, then turn, then the uniform linear motion)

说明：  Matlab张氏标定法，里面包含图片需要标定的二维数据和三维数据(Chang Matlab calibration method, which contains two-dimensional picture of the needs of calibration data and three-dimensional data)

该代码的功能是对ZF检测、MMSE检测、ZF-SIC检测的误码率性能做出比较(The code' s function is to detect ZF, MMSE detection, error rate performance ZF-SIC detection to make a comparison)

说明：  高维数据分类程序！数据挖掘及图像分析利器！matlab版！(High dimensional data classification procedures! Data mining and image analysis tool! matlab version!)

本代码实现了三种直方图相关的算法，分别为直方图均衡化，直方图规定化，对比受限自适应直方图均衡化。三种方法放在3个不同的文件夹下，直接运行test文件，就可以得到运行结果(This code implements three histogram algorithm, respectively histogram equalization, histogram provides contrast limited adaptive histogram equalization. Three methods on three different folder, run directly test file, you can get the results)

拿出来分享，微分跟踪器的Matlab例子。(tracking-differentiator，it is typical, the core content of the project)

带宽自适应的meanshift改进算法用于井下目标跟踪(Meanshift improved bandwidth adaptive algorithm for target tracking underground)

传统均衡器无法有效地同时对抗这两种信道衰落，而Turbo均衡技术作为一种联合信道均衡和信道译码的方法，能有效地对抗符号间干扰（ISI），提供迭代增益，提高接收机的整体性能。因此，本文根据下一代无线通信系统的设计要求，分别对单载波和OFDM系统的Turbo均衡算法进行了研究。 (Conventional equalizer can not effectively fight both at the same time fading, while the Turbo equalization as a joint channel equalization and channel decoding method is robust against inter-symbol interference (ISI), provides iteration gain, improved receiver overall performance. Therefore, this next-generation wireless communication system according to the design requirements, namely, the single carrier and OFDM systems Turbo equalization algorithm is studied.)