MATLAB

RunExp.m: -Changed script into a function. -Coded to accept the numberofRuns as an Argument. -Added code for automatic Exit from Matlab and Shutdown of WindowsPC.( RunExp.m: -Changed script into a function. -Coded to accept the numberofRuns as an Argument. -Added code for automatic Exit from Matlab and Shutdown of WindowsPC.)

different classifier for matlab

关于matlab的一些程序，比如各种滤波器设计(some program about matalb,such as kinds of filter s design)

数值分析上机题的matlab程序，含有丰富的注释，并且在已经通过验证(Numerical analysis on the problem of machine matlab program, rich in notes, and has been validated)

基于混合粒子群算法的TSP搜索算法matlab 实现(Particle swarm optimization based on hybrid search algorithm for TSP)

盲源分离中的EASI算法，程序中提供源信号（源信号均为次高斯信号），固定的信道混合矩阵，EASI分离算法。EASI算法为定步长EASI算法，步长固定。程序中包含PI值收敛曲线程序。整体程序可以产生源信号图、混合信号图、解混信号图、PI值收敛曲线。(The EASI algorithm in the blind source separation provides the source signal (the source signal is the next Gaussian signal), the fixed channel mixing matrix, and the EASI separation algorithm. The EASI algorithm is a fixed step EASI algorithm, fixed in steps. The program contains the PI value convergence curve program. The overall program can produce the source signal map, mixed signal map, deconvolution signal graph, PI value convergence curve.)

以下几个matlab程序对雷达常用的线性调频信号（lfm信号）进行脉冲压缩时的关键问题进行了仿真，其中包括旁瓣抑制影响（加窗与不加窗）、多卜勒频移影响，并对时域脉压与频域脉压结果进行了对比分析，供相关技术人员参考。(Matlab following procedures commonly used on the radar LFM signal (lfm signal) for pulse compression at the time of the key issues of simulation, including the impact of sidelobe suppression (plus a window with no window), the impact of Doppler frequency shift, time domain and frequency domain pulse pressure and pulse pressure results of comparative analysis of relevant technical personnel for reference.)

BP神经网络算法，原数据与结果均已给出，望可以提供帮助(BP neural network algorithm, the original data and the results have been given, hope can help)

阵列处理第六章第三节 demo 源代码 matlab code(array processing matlab code)

an introduction to dynamic meterology chapter three matlab所有代码 气象专业经典资料(an introduction to dynamic meterology chapter three matlab)