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Avi Manipulation Program

arious linear time-invariant electromagnetic systems are most conveniently analyzed in the frequency domain because there exist mature computational techniques (e.g., [1]) and related software (e.g., [2, 3]). Most measurements of antennas and microwave systems are also performed in the frequency domain (using vector network analyzers), yielding a discrete set of frequency-domain data. In order to obtain the time-domain response of such systems

异步电动机变频调速仿真，通过软件simulink来仿真出系统运行情况。(Variable Frequency Induction Motor Simulation simulink via software to simulate the system is running.)

通过聚类算法，对目标图形进行分类。已给出训练图形和目标图形(By clustering algorithm to classify the target pattern. Graphics and training has been given a target pattern)

16点 基4-fft算法matlab实现(16:00 base 4-fft algorithm matlab)

基于模型预测控制的，运动学的轨迹跟踪控制器设计(Based on model predictive control, the kinematic trajectory tracking controller design)

KSVD稀疏表示matlab代码，有3个demo示例程序，可实现一维二维信号的稀疏表示。(K SVD sparse representation matlab code, there are three demo sample program can achieve one-dimensional two-dimensional signal sparse representation.)

Moving the camera through a scene - creating a fly-through effect The following example makes use of the fly-through effect to view the interior of an isosurface drawn within a volume defined by a vector field of wind velocities. This data represents air currents over North America.

Matlab对于脉冲时滞分数阶多智能体动力系统的仿真，差分方法，注释详尽，给出例子，也可以自行更改系数矩阵。(Matlab For more impulsive delay Fractional simulation, finite difference method Agent dynamical systems, detailed notes, give an example, you can change yourself coefficient matrix.)

说明：  DE 生物进化算法的matlab实现，一类优化仿生算法(DE biology evolutionary algorithm matlab implementation, a class of bionic optimization algorithm)