hogcalculator

基于matlab人工神经网络在数据处理的运用。(Based on artificial neural networks used in data processing.)

MIDACO是一般的优化问题求解器。 MIDACO可应用于连续（NLP），离散/整数（IP）和混合整数（MINLP）的问题。问题可能被限制在平等和/或不等式约束。 MIDACO适合多达数百至几千优化变量的问题。 MIDACO实现了一个自由衍生物，启发式算法的处理方法处理的问题，因为黑盒可含有关键功能特性，如非凸性，不连续或随机噪声。(MIDACO is a solver for general optimization problems. MIDACO can be applied to continuous (NLP), discrete/integer (IP) and mixed integer (MINLP) problems. Problems may be restricted to equality and/or inequality constraints. MIDACO is suitable for problems with up to several hundreds to some thousands of optimization variables. MIDACO implements a derivative-free, heuristic algorithm that treats the problem as black-box which may contain critical function properties such as non-convexity, discontinuities or stochastic noise.)

说明：  《matlabsimulink通信系统建模与仿真实例分析》代码(&quot Matlabsimulink communication system modeling and simulation analysis&quot code)

反向传播神经网络。。。。。。。。。。。。。。。。。(Backpropagation Batch。。。。。。。。。。。。。。。。。)

用粒子群算法优化rbf神经网络算法的源程序(Using the particle swarm optimization algorithm to optimize the neural network algorithm)

非平稳信号经过分解后，对其进行谱分析，此希尔伯特谱程序，弥补了了以前的缺陷(Non stationary signal through decomposition, the spectral analysis, the Hilbert spectrum procedures, make up for the previous defect)

仿真了电力线信道与电力线通信中的窄带噪声(The simulation of the power line and the power line communication channel narrowband noise)

非线性优化-matlab函数库-optimset.zip(Nonlinear optimization-matlab function library-optimset)

here high pass is created using ideal high pass filter mask and applying FFT to the image. This will be very useful while performing filter step by step

Engineering and Scientific Computations Using MATLAB