搜索资源列表
diffraction_cross.rar
- 计算十字叉丝的在不同距离的衍射图像，入射光为高斯光束,Calculation of Cross Fork silk distance in different diffraction images for the Gaussian beam incident
chengxu
- 这是基于PCA的人脸识别，用MATLAB编写，包含了K-L变换，奇异值分解等方法，且采用了最小距离分类器-This is based on the PCA face recognition, using MATLAB to prepare, including the KL transform, singular value decomposition and other methods, and the use of the minimum distance classifier
PD_radar
- 实现简单的脉冲多普勒雷达系统，和简单的距离匹配滤波器组-To achieve a simple pulse-Doppler radar systems, and a simple matched filter distance
seawater
- Matlab seawater工具包，可以通过海水的温盐等信息计算海水的密度、比容、位密、地转流速等重要参数。- SW_ADTG Adiabatic temperature gradient SW_ALPHA Thermal expansion coefficient (alpha) SW_AONB Calculate alpha/beta (a on b) SW_BETA Saline contract
leipingjun
- 利用类平均距离法，对遥感图像进行分类，操作时调用函数-Use the average distance category, the classification of remote sensing images, call the function when
RSSI
- 基于RSSI的定位，已知发射节点的发射信号强度, 接收节点根据接收信号的强度, 计算出传播损耗, 利用理论的或经验的信号传播模型将传播损耗转化为距离, 然后再计算出节点的位置。-RSSI-based positioning, known to the launch of the launch signal strength node, receiving node based on received signal strength to calculate the spread of wear
FastMarching_version1
- The function MSFM2D/MSFM3D calculates the shortest distance from a list of points to all other pixels in an 2D or 3D image, using the Multistencil Fast Marching Method (MSFM). This method gives more accurate distances by using second order derivative
hausdorff
- this source code for housdorff distance matching for 3D face recognition. I used this code on GavabDB .
Multi-travelingsalesmanproblem
- 多旅行商问题是单旅行商问题的扩展, 具有更广泛的实际意义。在研究M TSP 解的特点的基础上, 提 出了最小化总行程和均分多个旅行商访问点数、最小化总行程及均分访问路程的两个多目标的M TSP 问题, 并分别给出了相应的数学模型、求解算法和应用实例, 实例表明模型的正确性。-Multi-traveling salesman problem traveling salesman problem is a single expansion, with a wider range of pra
kld
- This function calculates the Kullback Leibler divergence distance for Gaussians.
MinDistTest
- 一个查找带权拓扑图中，任意两点最短距离的算法函数，函数名为MinDis，开发环境是vc6.0，界面和工程只是举了个例子，测试下10个节点中任意两个节点查找最短路径。 -Find the right one with a topology, the shortest distance between any two points in the algorithm function, the function is named MinDis, the development environmen
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
colea
- COLEA is a Matlab Speech Processing Toolkit with a graphical user interface. This program can be used to edit speech waveforms (cut, copy or paste selected speech segments) and compute spectrogramss. It includes several speech related tools incl
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
基于遗传算法的matlab语言车辆路径问题
- 车辆路线问题（VRP）最早是由Dantzig和Ramser于1959年首次提出，它是指一定数量的客户，各自有不同数量的货物需求，配送中心向客户提供货物，由一个车队负责分送货物，组织适当的行车路线，目标是使得客户的需求得到满足，并能在一定的约束下，达到诸如路程最短、成本最小、耗费时间最少等目的。(The vehicle routing problem (VRP) was first proposed by Dantzig and Ramser in 1959, it refers to a cer
禁忌搜索matlab算法
- 禁忌搜索算法建议编程，车辆路径问题，以最短距离为目标(The tabu search algorithm recommends programming, vehicle routing problem, with the shortest distance as the target)
tsp-matlab
- 仓库中货位的计算与两点间的距离不同，按照一定的规则使用matlab程序算出两两货位间的距离(The calculation of cargo location in warehouse is different from the distance between two points. According to certain rules, we use matlab program to calculate the distance between 22 cargo locations.)
Matlab在离散点拟合椭圆及极值距离计算中的应用
- Matlab在离散点拟合椭圆及极值距离计算中的应用.pdf(Application of Matlab in discrete point fitting ellipse and extreme distance calculation.Pdf)
matlab表情识别
- Matlab表情识别，特征脸[1 ]作为面部表情分类的方法。首先，利用训练图像创建低维人脸空间（pca）。这是通过训练图像集主成分分析（PCA）及图片主成分分析（即具有较大特征值的特征向量）获得的。 结果，所有的测试图像以所选择的主成分表示，计算投影图像与所有投影列车图像的欧几里得距离，选择最小值以找出与试验图像最相似的训练图像。(The feature face [1] is used as a facial expression classification method. Firstly,
matlab-aeb算法
- 汽车安全距离模型Mazda模型仿真：dbr:制动距离，v：本车车速，：相对车速，：本车最大减速度（这里 取），：目标车的最大减速度（这里取8m/s2），：驾驶员反应延迟时间（这 里取 0.1s），：制动器延迟时间（这里取0.6s），d0:最小停车距离（这里取3m）(Mazda model simulation of vehicle safety distance model: DBR: braking distance, V: vehicle speed, relative speed, max