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基于matlab的ask调制模块，只需要调用，是具体调制过程，可以自己定义键控的进制(Ask modulation based on the matlab module, only need to call the process of modulation is specific to their own definition of the M-ary keying)

该图片是对无线传感网络，从能量和死亡节点进行仿真验证，所用算法为改进量子遗传算法(The picture is a wireless sensor network nodes and death from energy simulation, the algorithm used to improve the quantum genetic algorithm)

matlab中仿真韦布尔分布杂波的幅度函数以及功率谱分布，并使用plot函数做出理论和实际图形对比(matlab simulation Weibull clutter in amplitude function and the power spectral distribution, and use the plot function to make a comparison of theoretical and practical graphic)

采用配电网各个节点对电压灵敏度的不同计算分布式光伏最大接入容量(Each node uses a different calculation of the distribution network of distributed PV voltage sensitivity maximum access capacity)

FIR Wiener Filter Applications: The following demos demonstrate the corresponding applications fir_f - FIR Wiener Filter fir_p - FIR Wiener Linear Predictor fir_nc - FIR Wiener Noise Cancellation (FIR Wiener Filter Applications: The following demos demonstrate the corresponding applications fir_f- FIR Wiener Filter fir_p- FIR Wiener Linear Predictor fir_nc- FIR Wiener Noise Cancellation )

GPS和INS松组合程序，以及相应的程序说明和数据，包含主函数和卡尔曼滤波，直接可以运行(GPS and INS loose combination of procedures, and the corresponding program instructions and data, contains the main functions and Kalman filter, can be run directly)

Lorenz混沌系统同步技术研究与仿真，基于PC法的混沌同步，基于线性状态反馈的混沌同步和基于观测器的混沌同步(Lorenz chaotic system synchronization technology research and simulation)

读取语音信号 对语音信号进行分帧 加窗 傅立叶变换 并且实现倒谱(Read the speech signal of the voice signal framing windowed Fourier transform and the realization of cepstrum)

求切换系统稳定性仿真的Matlab M文件 (switching system stability for the Matlab simulation M paper)

matlab实现用双线性插值法放大和缩小图像(Zooming and Shrinking Images by Bilinear Interpolation (a) Write a computer program capable of zooming and shrinking an image by bilinear interpolation. The input to your program is the desired size of the resulting image in the horizontal and vertical direction. You may ignore aliasing effects. (b) Download Fig. 2.19(a) and use your program to shrink this image 1024 x 1024 to 256 x 256 pixels. (c) Use your program to zoom the image in (b) back to 1024 x 1024. Explain the reasons for their differences. )