HHTreal

相位衬度成像中由振幅得到相位的恢复算法，考虑到非现行因素，MATLAB运行环境(Phase-contrast imaging obtained by amplitude-phase restoration algorithm, taking into account the non-existing factors, MATLAB runtime environment)

仿真效率很高的，各种资源分配算法实现，给出接收信号眼图及系统仿真误码率，调试通过可以使用，相关分析过程的matlab方法。( High simulation efficiency, Various resource allocation algorithm, The received signal is given eye and BER simulation systems, Debugging can be used, Correlation analysis process matlab method.)

对于CDMA2000 1X反向信道仿真，其中包括CRC，卷积，交织，扩频和调制的整个过程，模型和M文件。请查看文件夹中的README。(for CDMA2000 1X reverse channel simulation, including CRC, convolution, interleaving, Spread-spectrum modulation, and the whole process model and the M-file. Please see the folder README.)

Convolution for student who want to learn about signal using matlab programming

回归的各种分析实例以及matlab代码，包括各种数学应用，比如线性回归，非线性回归，逐步回归(Examples of regression analysis, as well as a variety of matlab code, including a variety of mathematical applications such as linear regression, nonlinear regression, stepwise regression)

说明：  概率论和排队论的书籍 全英文的 很有帮助(Probability theory and queuing theory of helpful books in English)

Face tracking code. Tracks face in video focusing skin detection

说明：  根据设计指标提取广义切比雪夫滤波器阶数和传输零点位置，参照《新型微波滤波器的理论与设计》_褚庆昕一书，并提供了滤波器耦合矩阵的计算程序，参照Richard Cameron的方法。(The order of the generalized Chebyshev filter and the position of the transmission zero point are extracted according to the design indicators. Refer to the book "Theory and Design of New Microwave Filters" _ Chu Qingxin, and provide a calculation program for the filter coupling matrix.)

电子通信系统的建模与仿真 第5章 数字通信系统的仿真 5.1 概述 5.2 信源 5.3 信源编码 5.4 调制技术（模拟调制） 5.5 调制技术（数字调制） 5.6 多元调制仿真 5.7 差错控制 5.8 交织与置乱 5.9 频率合成 5.10 多址技术 5.11 信道仿真 (Electronic communications system modeling and simulation of Chapter 5 of Digital Communication System Simulation 5.1 overview 5.2 Source 5.3 Source Coding 5.4 modulation technique (analog modem) 5.5 modulation technology (Digital Modulation) modulation over 5.6 yuan simulation 5.7 Error Control 5.8 intertwined with Purchase 5.9 Frequency Synthesizer chaotic sites more than 5.10 channel simulation technology 5.11)

Power Quality Improvement and Mitigation Case Study Using Distributed Power Flow Controller