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一个关于降压BUCK电路的模型建立，很好很强大(BUCK a buck on the modeling circuit, a very powerful)

Matlab和VC混合编程的实例，自己写的，包含基本的矩阵运算，Matlab定义的数据结构mwArray和c++的通讯，希望对初学者有帮助。 需要Matlab 6.5自带的C++数学函数库支持。(Matlab and VC examples of mixed programming, write, and contains the basic matrix operations, Matlab data structure defined mwArray and c++ communication, hope to help beginners. Requires Matlab 6.5 comes with C++ Math Library support.)

C++ project for zxing library.

MATLAB下FFT变换实用2个例子，可以进行绘制fft波形及计算THD(The MATLAB FFT transform practical two examples can draw the fft waveforms and calculate THD)

说明：  单周期控制的软开关无桥升压PFC电路的研究(Soft Switch One Cycle Control bridgeless boost PFC circuit)

LDA知识的讲解，浅显易懂，便于学习，还有对LDA模型的建立的说明以运用(LDA knowledge to explain, easy to understand, easy to learn, as well as the establishment of LDA model description to use)

matlab编程常用命令集，编程命令的使用方法及命令的快速查找(matlab programming of commonly used command sets, the use of the programming commands and orders quickly find)

VC＋＋与MATLAB的混合编程 ：This paper is origined from the API(Application Programme Interface)between Matlab6p5 and Visual C++6．0．and has mainly discussed on the idea about how to make a mixed programme with language C++ and Madab，what’s inore，has illustrated the scheme and difficulties to enhance the speed and efficien— cy of the simulation software and code executing．Consequently，it provides the students and engineers with an effective reference． (：This paper is origined from the API(Application Programme Interface)between Matlab6p5 and Visual C++6．0．and has mainly discussed on the idea about how to make a mixed programme with language C++ and Madab，what’s inore，has illustrated the scheme and difficulties to enhance the speed and efficien— cy of the simulation software and code executing．Consequently，it provides the students and engineers with an effective reference． )

LTE的详细讲解，对于OFDM等进行了讲解，对于LTE初学者有很大的帮助。(LTE detailed explanations, for OFDM, etc. were explained, the LTE is very helpful for beginners.)

基于MATLAB的Z源整流器的仿真模型。重点是直通信号的产生算法(Z-source rectifier based on MATLAB simulation model. Focus is on the straight-through signal generation algorithm)