搜索资源列表
face
- 人脸识别程序,采用的是knn分类器,基于类内类间距离准则,特征提取。-Face recognition process, using the knn classifier, based on within-class inter-class distance criteria, feature extraction.
BGP
- 用Bellman-Ford 算法实现的路由协议,适用距离矢量协议bgp 等, (matlab 源码)-This program uses the Bellman-Ford algorithm to find the set of routing tables which would be generated in the BGP protocol
SAR_chegnxiang
- synthetic aperture radar signal processing with matlab algorithms 英文书的附带源代码,书是全英文的,作者是Mehrdad Soumekh。我没有电子书,只有复印的。 此成像算法包括一维距离像、条带式、聚束式等多种模式的SAR成像。可以作为有一定SAR基础的同行的编程参考。 友情提供-synthetic aperture radar signal processing with matlab algorithms Eng
smith
- 1.本程序拟已知驻波比系数ρ,波节点的距离l_m_i_n,和频率f的情况下,求解归一化阻抗Z~, 所以在本程序运行时,要首先输入正确的驻波比系数ρ,波节点的距离l_m_i_n,和频率f; 2.本程序由于视野有限,课本后面的那个圆图并未全部显示出来,只是显示了本程序有用的部分 3.编制本程序的小组成员为微波技术实验分组,倪庆等; 4.由于时间原因,未能打成exe可执行文件包; 5.由于圆图信息量大,所以运行后要把窗口最大化才能正常显示; 6.红色的圆点即为阻抗
chirp
- 文件说明: 1, mychirpmdl.mdl是用simulink工具实现的chirp信号脉冲串。具体的参数设置可以看一下matlab的帮助。(双击某一个模块,就会出现一个参数设置对话框,点击help即可查看各个参数的意义) 2, mychirp.m是用matlab语言编写的实现chirp信号脉冲串的源文件。文件里有详细注释。并且参数都是可以设置的,但要注意各个参数之间的关系。 3, mychirp.fig是运行mychirp.m的结果。 4, mypluse.m是调用函数实现的
osjl
- 基于最小欧式距离的模式识别分类,对于简单直观明了。-Pattern recognition based on the minimum Euclidean distance classification, for simple and intuitive to understand.
67506282mahalanobis
- 马氏距离的仿射不变性删除误匹配特征点 对,据此可求取2幅源图像间的仿射变换参数-Mahalanobis distance of the affine invariant features remove the false matching points Yes, according to the source to obtain two parameter affine transformation between images
LPIT_TOOLBOX
- LPI和LPID的主要目的是能够在比截获接收机对雷达进行探测与干扰的距离更远的距离上来探测目标,本工具箱是在MATLAB下的LPI工具箱-LPI and LPID' s main purpose is to intercept receiver than the radar detection and jamming on the distance farther up exploration goals, the toolkit is under the LPI in the MATLA
emd
- 分析矩阵的相关性,即给出两个矩阵,计算两个矩阵之间的距离,并画出矩阵的相关分析图。-this matlab code can compute the two matrix length, and can give analysy ficture
image matching
- 实现了三种图像匹配算法 1:归一化互相关匹配算法 2:基于Hausdorff距离的图像匹配算法 3:图像不变矩匹配算法-Three matching algorithms to achieve 1: normalized cross correlation matching algorithm 2: the image matching algorithm based on Hausdorff Distance 3: Image Invariant Moment Matchin
liushuixian
- 经典的流水线加工问题的仿真模型 在matlab命令窗口中输入yige(a,b,r,l) a表示工件的长,b表示工件的宽 r表示弯道半径 l表示两个工件之间的距离-as described above
floyd
- 实现flody算法,功能:计算任意两点之间距离-Achieve flody algorithm functions: calculate the distance between any two points
knnsearch
- KNN classifiers, training is training set, testing is test set, D is the distance, D=1 is mandistance D=2 is 欧氏距离 D=3是 infinite norm K is the number of selected neighbors- KNN classifiers, training is training set, testing is test set,
Counter
- KNN classifiers, training is training set, testing is test set, D is the distance, D=1 is mandistance D=2 is 欧氏距离 D=3是 infinite norm K is the number of selected neighbors- KNN classifiers, training is training set, testing is test set,
tsp_nn
- KNN classifiers, training is training set, testing is test set, D is the distance, D=1 is mandistance D=2 is 欧氏距离 D=3是 infinite norm K is the number of selected neighbors- KNN classifiers, training is training set, testing is test set,
Floyd-Matlab
- floyd算法的matlab程序 floyd-最短路问题 输入: B-邻接矩阵(bij),指i到j之间的距离,可以是有向的。 sp- 起点标号。 ep- 终点标号。 输出: d- 最短路的距离。 path-最短路的路径。-floyd algorithm matlab program floyd-shortest path problem Input: B-adjacency matrix (bij), refers to the distan
Qlearningcar
- Simulink 控制VR环境中的小车。小车有5个距离传感器,能够慢慢学会避开墙壁和障碍物。小车采用加强学习(Q learning),采用神经网络对Q函数逼近。由于使用了模拟退火,小车在开始的时候会经常撞击障碍物,10次后基本就不会再撞了。 小车的外观模型使用了"w198406141"在本论坛的虚拟现实区发布的VR模型。-VR environment Simulink control car. There are 5 car distance sensor, can gradually le
julei
- 这是一个基本的数模题目的套路,分析数模聚类问题,例子是乳腺癌的诊断模型,过程为标准化数据,逐步回归,分析主要因素,聚类方法有距离法和神经网络法,均附有源码和解释说明-This is an essential topic of routine digital-analog, digital-analog cluster analysis problem example is the breast cancer diagnostic model, the process for the standa
PCAW
- 权重PCA程序,程序是在PCA的基础上,对不同的主成分分配适当的权重,得出的算法程序,分类器采用距离分类器。-WPCA code
hausdorff
- 实现用matlab进行hausdorff距离运算的源程序,包含两图像的匹配。-Implemented by the matlab source code for hausdorff distance operations, including the two images match.