MATLAB GUI设计入门与实战PPT

说明：  Visual C++基础开发指南，是一款面向初学者学习者的指导教材，内附代码！(Visual C++ basic development guide, is a guide for beginners learning materials, with code!)

Matlab编程与应用习题（包含参考答案）(practice examples of MATLAB)

bq27500电源控制管理 bq7500德州仪器监测电源剩余电量的最新芯片(bq27500 power control and management of Texas Instruments bq7500 monitoring power consumption remaining the latest chip)

opencv计算机视觉编程攻略源码，一共7章，源代码(Opencv computer vision programming source code, do not need to register abroad to download it.)

这是《Robust control design with matlab》书的源码，对照学习，很有帮助(This collection contains M-files intended for design of the Mass/Damper/Spring control system using the newly available functions from Robust Control Toolbox,version 3. Description of the system and version of the files using functions from mu-toolbox can be found in the book ?Robust Control Design with MATLAB? by Da-Wei Gu, Petko H. Petkov and Mihail M. Konstantinov, Springer-Verlag, London, 2005)

近红外光谱预处理方法，msc,snv,1-Der,2-Der,smooth,center等等(Near Infrared Spectrum Pretreatment methods, msc, snv, 1-Der, 2-Der, smooth, center, etc.)

LMI 控制工具箱，采用内点法的 LMI 求解器，这些求解器比经典的凸优化算法速度有了显著提高。另方方面，它采用了有效的LMI结构化表示，在求解和计算领域做出了重大贡献。(The LMI control toolbox uses the LMI algorithm of the interior point method. These solvers have significantly improved the speed of the classical convex optimization algorithm. On the other hand, It uses effective LMI structured representation, and has made significant contributions in solving and computing fields.)

vc++深入详解（第四版）的数据源代码，具有参考价值(vc++ in-depth Xiangjie (fourth edition) data source code, with a reference value)

说明：  几种准正交空时分组码的性能比较代码 已经调试过(Several quasi-orthogonal STBC Performance Comparison debugging code has been)

说明：  对IQ接收器最重要的两个参数,即I和Q两路分量之间的幅度一致性和相位正交性,可采 用如下办法计算:把I、Q 两路信号分别作FFT ,找出频域内信号的幅度,即可算得两路分量的幅度一 致性 把I、Q两路信号合成一个复数信号,作FFT ,对得到的频谱求镜像抑制比(即频域内的信号与信号镜像的幅度比) ,通过镜像抑制比和幅度一致性,可求出接收机的I和Q两路分量之间的相位正交性。(IQ receiver for the two most important parameters, namely I and Q components of two-way consistency between the amplitude and phase orthogonality may be adopted calculated using the following method: to I, Q 2 signals, respectively for FFT, to find a frequency domain signal amplitude, can be considered as two-way component caused by the range of 1 the I, Q 2 signals into one complex signal for FFT, the spectrum demand of the received image rejection ratio (ie, frequency domain signal and magnitude of the signal mirror ratio), through the image rejection ratio and extent of consistency, the receiver can be derived I and Q phase between the two-way component orthogonality.)