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二阶系统响应曲线 自动控制原理教学 应用 基于MATLAB GUI 开发(Second-order system response curve of the application of automatic control theory developed based on MATLAB GUI)

说明：  高斯消去法 用列主元求解AX=b 数值计算实习 例子(Gaussian elimination)

该程序是软件无线电中信道化技术的仿真历程，使用了“多相滤波结构”，将32个频率分量进行调制，平均调制在频谱之中，提升了发射信号的频谱利用率。该程序有利于对信道化与多相滤波的理解。(This program is the simulation process of channelization technology in software radio. It uses a "polyphase filter structure" to modulate 32 frequency components. The average modulation is in the spectrum, which improves the spectrum utilization of the transmitted signal. The program is helpful for understanding channelization and polyphase filtering.)

the noise deteriorates the interpolation performance in digital images, it is effective to employ denoising prior to the interpolation. In this paper, we propose a novel interpolation framework in which denoising and image sharpening methods are embedded. In the proposed framework, the image is first decomposed using the bilateral filter into the detail and base layers which represent the small and large scale features, respectively. The detail layer is adaptively smoothed to suppress the noise before interpolation and an edge-preserving interpolation method is applied to both layers. Finally, the high resolution image is obtained by combining the base and detail layers. Experimental results show that the proposed algorithm outperforms the conventional methods

实现星座图旋转，软判决，Q-delay，有反馈(constellation roted and soft decision,with a feedbanck or 16QAM roted )

本程序仿真出了pH对象模型 并采用PID算法进行了控制 可以得出控制曲线(This procedure simulated the pH Object Model and PID algorithm, the control can draw the control curve)

基于Matlab对一些简单通信系统进行仿真的说明(Matlab based on some simple instructions communications system simulation)

UAV forces and equations

直线加速器twiss参数匹配，matlab模拟(linac twiss parameter matching, Matlab simulation)

批量处理灰度图像，并能够识别图像质量中心进行截圆处理，同时生成灰度直方图以及各个点的坐标文件(Batch processing grayscale images, the image quality and the ability to identify the center circle cut deal, while generating histogram and the coordinates of each point file)