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PSOtoolbox.rar
- 微粒群算法[PSO ] 是由Kennedy 和Eberhart等于1995 年开发的一种演化计算技术, 来源于对鸟群捕食过程的模拟。PSO同遗传算法类似,是一种基于叠代的优化工具,但与遗传算法使用遗传操作子进行优化不同,利用群体中各个体之间的“协作”与“竞争”关系,根据自身及其竞争者的飞行经验,调整自己的行为。同遗传算法比较,PSO的优势在于简单容易实现并且没有许多参数需要调整。目前已广泛应用于函数优化,神经网络训练,模糊系统控制以及其他遗传算法的应用领域。,Particle Swarm Opt
openmpi-1.4.3.tar
- 并行算法MPI实现代码,linux系统下openmpi-MPI to achieve parallel algorithm code, linux system openmpi
jacobi
- A: aij, 1<= i,j<=n b: 1<=i<=n x0: intial guess, 1<=i<=n tol: tolerance N maximum number of iterations k: number count of iteration Xm(:,k): X in each k iteration-Jacobi s method: In numerical linear algebra, the
shuzhifenxi
- 数值分析,对于普通的编程实现一定的算法有很大的帮组,这是本人作业,服役偶偶程序计一定的解释-In order to improve the adaptation property of the system by making the best of the direction of distribution of radar measurement errors, a optimum estimation algorithm for Kepler orbit is proposed, whic
DISALG01
- 使用system c实现LRC算法,在算法中有自动打分模块,根据算法的时间复杂性进行打分-use the language system c to run LRC algorithm.Module with automatic scoring algorithm, based on the time complexity of scoring
xitongzishiyingkongzhisuanfa
- 本文以大时滞温度控制系统为研究对象,提出一种改进型Smith预估控制算 法,通过设计自适应非线性反馈回路来自适应调节参数,从而满足对象参数大幅 度变化的要求-In this paper, large time delay the temperature control system for the study, to provide an improved Smith predictor control algorithm by designing adaptive nonlinear
bat_algorithm2.m
- 蝙蝠算法是一种新的生物进化算法,于2009年提出,可应用于函数求极值和系统参数优化中。-Bat algorithm is a new biological evolution algorithm, which can be applied to the function of the optimization of the function and the system parameters in 2009.
Incond
- This program aims to improve the performance and efficiency of a PV system through the use of an appropriate algorithm for controlling the power. The aim is to find an effective and optimal algorithm or control law for extracting the maximum availabl
并行计算MPI程序设计
- FFT,即为快速傅氏变换,是离散傅氏变换的快速算法,它是根据离散傅氏变换的奇、偶、虚、实等特性,对离散傅立叶变换的算法进行改进获得的。它对傅氏变换的理论并没有新的发现,但是对于在计算机系统或者说数字系统中应用离散傅立叶变换,可以说是进了一大步。(FFT, that is fast Fourier transform, is a fast algorithm for discrete Fourier transform. It is based on the odd, even, imaginar