jingfiu_v19

ransac参数估计程序 matlab实现 附有测试图像(RANSAC parameter estimation procedures to achieve with the test image matlab)

人脸检测，matlab源码，适合初学者使用，包括Adaboost及Haar-like特征提取(face detectiom)

使用此程式可以將yahoo的財務資料讀進matlab內 並且輸出成想要的資料內容 (Use this program to yahoo' s financial data is read into matlab and output to the desired information content)

变步长四阶龙格库塔法，可自己控制误差精度，可用于变参微分方程组，亲测可用(variable-step runge-kutta)

本程序用matlab编写，主要是为解决IEEE40节点电力负荷分配问题而想的一种算法。我把该算法命名为水桶法，是受一桶水的高度总与这个桶的最短一块木板齐平的原理，算法每次迭代把功率分配给需要最小消耗的机组上。(This program with matlab, main is to solve the IEEE40 node power load distribution and think of an algorithm. I put the algorithm named bucket method, by a bucket of water is the height of the barrels of the shortest total and a board at the principle, each iteration algorithm the power allocation to the minimum consumption on the unit needs. )

可用来计算复杂网络的介中性，分析网络特性(Calculate the dielectric neutral network)

adaptive control of class of nonlinear system

chp5_ex1用向量式有限元求解二维框架在斜坡荷载作用下的静力解。 chp6_ex1_1用向量式有限元求解大变位刚性杆件结构的位移。 chp6_ex1_2用向量式有限元求解大变位柔性杆件结构的位移。 chp7_ex1用向量式有限元求解机构的运动。 chp7_ex3a用向量式有限元求解杆件弹塑性变形。(chp5_ex1 framework for solving the two-dimensional finite element vector used in the loading ramp of static solution. chp6_ex1_1 vector finite element displacement by solving LARGE rigid rod structure. chp6_ex1_2 solving LARGE flexible rod displacement vector finite element structural use. chp7_ex1 movement mechanism for solving finite element vector used. chp7_ex3a solving rod elastic-plastic deformation with finite element vector.)

运用神经网络实现病害诊断.一种基于模糊Hopfield网络的多病害诊断方法(The use of neural networks to achieve disease diagnosis. Hopfield network based on fuzzy multi-disease diagnostic methods)

说明：  matlab系统仿真 计算机仿真和辅助设计概述（1） 第二章MATLAB语言基础（5） 第三章控制系统的数学描述与建模（4） 第四章控制系统的分析方法（4） 第五章SIMULINK仿真基础（6）(matlab simulation computer-aided design simulation and an overview of (1) chapter based on MATLAB language (5) Chapter III control system mathematical description and modeling (4) Chapter IV control system analysis method (4) Chapter V SIMULINK simulation basis (6))