my_harris

基于matlab的GPC广义预测控制算法。其中使用fminunc函数求解性能指标，而没采用传统的解析解法。(based on matlab gpc solution. function fminumc is used to sovle J， without troditionnal funtion)

FFT算法C语言实现 和MATLAB中fft函数结果一样的功能(FFT algorithm C language and MATLAB fft function results in the same function)

应用BP神经网络对图片进行数字识别，设计GUI界面，操作简单。(BP neural network for digital identification, GUI interface design, simple operation.)

随机信号分析理论如何在实践中应用；随机信号的检测及分析方法；强噪声背景下微弱信号的提取又是信号检测的难点，其目的就是消除噪声，将有用的信号从强噪声背景中提取出来(How random signal analysis theory applied in practice random signal detection and analysis methods strong noise background of weak signal extraction and signal detection is difficult, its purpose is to eliminate the noise, the useful signal from strong background noise extracted)

用elliptic 函数 来求解系统频率，通过matlab(elliptical function to disolve the frequency of system with matlab)

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matlab视频信号分析，调相bpsk，用于序列信号调制。(matlab video signal analysis, phase bpsk, sequences for signal modulation.)

LTE下行链路空分复用闭环。仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字，8次迭代Turbo译码、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行空分复用预编码。信道模型是LTE-MIMO信道附加AWGN信道。(LTE downlink closed loop space division multiplexing. Simulation Configuration: 16QAM modulation, 1/3 rate Turbo code, 10MHz of bandwidth, one PDCCH per subframe symbol, single code word, 8 Turbo decoding iterations, early termination mechanisms, the MMSE (minimum mean square error) the MIMO receivers, PDSCH transmitting terminal space division multiplexing precoding. Channel model is LTE-MIMO channel additional AWGN.)

说明：  该资源是MATLAB程序设计，对MATLAB初学者入门MATLAB程序设计有很大的帮助，通过该课件能够基本使用MATLAB进行简单的编程(The resources are the MATLAB programming, Introduction to MATLAB on the MATLAB programming beginners have a lot of help, through the basic use of MATLAB software can be a simple programming)

控制数学问题的MATLAB求解，包括：微积分与积分变换问题求解，线性代数、积分方程和差分方程求解(Solution for Control Mathematics Problem )