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1一般遗传算法
- 简单的遗传算法，用于反演-simple genetic algorithm, for inversion
ulapack
- This collection of C++ templates wraps the FORTRAN or C interfaces for LAPACK so that they integrate with the Boost uBLAS library. Currently implements Cholesky decomposition, LU decomposition, inversion and determinant for general and positive-defin
simulatetemperature
- 采用C语言编制的模拟退火地震理论波形反演程序-C language of the theory of simulated annealing seismic waveform inversion procedure
Autologic
- 基于机器学习的自动逻辑推理机。本程序用归结反演策略实现了命题逻辑系统的自动推理。把要解决的问题作为一个要证明的命题，其目标公式被否定并化成子句形，然后添加到命题公式集中去,把消解反演系统应用于联合集，并推导出一个空子句(NIL)，产生一个矛盾。-based on the automatic machine learning logical reasoning machine. The procedures used attributed inversion strategy to achieve
pos-study-
- ：将研究区域划分成许多具有固定长、宽、高且密度均匀的长方体，利用重力的可叠加性，计算了观测点重力异 常，在此基础上形成重力异常的目标函数。把长方体的密度作为参数，采用蚁群算法进行密度反演试验。结果表明该方法 具有一定的科学性和实用性。-: The study area is divided into a number with a fixed length, width, height and density, uniform rectangular, stackable nature
Bayesian-machine-learn-data-mining
- 贝叶斯（Bayesion）机器学习相互信息。用于求取熵、联合熵等。改进后可用于随机反演-Bayesian (Bayesion) machine learning of mutual information. Used to obtain entropy, joint entropy and so on. Improved can be used for stochastic inversion
GA
- FORTRAN 遗传算法,通用程序，可用于各类非线性反演-FORTRAN genetic algorithm, generic procedure can be used for various types of non-linear inversion
ga1
- 遗传算法程序说明: fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-Descr iption of the procedures for genetic algorithms: fga.m main program for the genetic algorithm using binary Gray encoding, roulette wheel based on the law of non-line
yichaunsuanfa
- fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-fga.m the main program for the genetic algorithm using binary Gray encoding, roulette wheel based on the law of non-linear ranking selection, uniform crossover and mutation operati
yichuansuanfa
- fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-fga.m the main program for the genetic algorithm binary Gray encoding, roulette wheel method based on non-linear ranking selection, uniform crossover and mutation operations, but al
Genetic
- 遗传算法中，初始化，编码，解码，选择，交叉，变异，倒位的源程序-Genetic algorithms, initialization, encoding, decoding, selection, crossover, mutation, inversion of the source code
waveform-inversi
- 探地雷达中的波形反演问题，正演采用时域延迟模型，多层介质，反演采用遗传算法，对层厚和介电常数进行联合反演-genetic algorithm for waveform inversion in GPR
inversion
- PSO算法基本实现（C++）自己写的 自己顶下-PSO algorithm for the basic realization of (C++)
LMS-code
- 给出一种LMS算法，即最小均方算法，采用一种特殊的梯度估值，它的显著特点是它的简单性，不需要计算相关函数，也不需要矩阵求逆运算。-Gives a LMS algorithm, least mean square algorithm, using a special gradient estimates, and its distinctive feature is its simplicity, need not calculate the correlation function, does
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- 说明: fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-Descr iption: fga.m genetic algorithm for the main program binary Gray encoding, roulette wheel method based on linear ranking selection, uniform crossover and mutation operator
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- 说明: fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-Descr iption: fga.m genetic algorithm for the main program binary Gray encoding, roulette wheel method based on linear ranking selection, uniform crossover and mutation operato
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- 说明: fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-Descr iption: fga.m genetic algorithm for the main program binary Gray encoding, roulette wheel method based on linear ranking selection, uniform crossover and mutation operato
ants
- 采用matlab编程，实现遗传算法，用于实现快速反演，主要用于地震中波阻抗反演-Using matlab programming, genetic algorithm, for fast retrieval, mainly for the seismic wave impedance inversion
invese
- 神经网络动态逆 值得一看的文献 详尽的叙述了在飞机中神经网络动态逆的应用-Neural network dynamic inversion worth a detailed account of the literature on the plane in the application of neural network dynamic inversion
yichuansuanfa1
- 说明: fga.m 为遗传算法的主程序 采用二进制Gray编码,采用基于轮盘赌法的非线性排名选择, 均匀交叉,变异操作,而且还引入了倒位操作!-Descr iption: fga.m main genetic algorithms binary Gray code, roulette method based on nonlinear ranking selection, uniform crossover and mutation, but also introduces the inver