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最短路径的求解
- 本实验中的问题是一个逻辑问题,而实验的目的是运用邻接矩阵解决图存储并解决在此结构情况下对矩阵中元素的扫描计算。其关键是怎样储存和计算。储存用的是邻接矩阵,而计算是用迪杰斯特拉算法。-experiment of the problem is a problem of logic, and The purpose of this experiment is to use the adjacency matrix storage solutions and plans to solve the st
linkedmatrix
- 一种基于二维链表的稀疏矩阵模半板类设计 A template Class of sparse matrix. Key technology: bin,2-m linked matrix. constructors: 1.normal constuctor 2.copy constuctor. 3.assignment constructor. Basic operator: 1. addition(sub) of two matrix 2. inverse of a ma
yiyuanxishujuzhenduoxiangshijiandanjusuanqisuanqi.
- 一元稀疏矩阵的简单计算,设计该程序的目的是掌握链表的使用(重点掌握指针的使用)。这个程序可以用来计算多项式的和与差,充当一个多项式计算器。-one yuan sparse matrix of simple calculation, The design procedure is designed to develop the use of the linked list (master key indicators). This procedure can be used to calculat
discriminable_matirx_builder
- 实现了粗糙集理论的可辨识矩阵的生成,输入为一个文本文件的数据方阵,以数据之间用Tab分开,用回车键分行,用Skowron用可辨识矩阵的方法实现对不分明类的生成。压缩包里面还有一个测试数据。-realization of the rough set theory of identification matrix generation, import text files to a data matrix. Data used to Tab between the separate branches
gausssaderalgrithem
- 高斯-赛德尔迭代法--源代码及关键源代码。包括了高斯-赛德尔矩阵算法类,高斯-赛德尔矩阵变换函数,迭代函数,求解函数,精度要求等-Gauss - Seidel iterative method -- the key source code and the source code. Including the Gauss - Seidel algorithm matrix category, Gauss - Seidel matrix transform function, iterative f
juzhengliancheng
- 它建立在最优原则的基础上,采用动态规划方法,可以优雅而高效地解决许多用贪心技术或分治技术无法解决的问题。因此,动态规划技术越来越成为解决许多重要的应用问题的关键技术。矩阵连乘。-It builds on the optimal basis of the principles, using dynamic programming methods, can be elegant and efficient solution to many greedy technology or using tec
wideFocus
- 宽带聚焦的目的是通过一个聚焦变换矩阵,使得对应于不同频段的数据变换成同一个中心频率的数据,从而形成相关矩阵。这里的关键就在于聚焦矩阵的选取,不同的选择对应于不同的算法。-Focus on the purpose of broadband are focused through a transformation matrix which corresponds to a different band with the data converted into a center frequency o
jianpangpingmu
- 4x4键盘,1602液晶,数码管扫描,led点阵显示设计,按键查询-4x4 keypad, 1602 LCD, digital scanning tube, led dot matrix display design of key inquiries
liehuanweifa
- 行列换位法采用密钥,假设密钥是5,明文是I am a Chinese boy那么就会以5位列数排成一个矩阵。 I a m a c h I n e s e b o y 那么密文就是ihe aib mno aey cs× ,最后一行不足的用随机字母填充,(×代表那个随机字母)!-The ranks of the use of key transposition law, assuming that key is 5, is clearly I am a Chinese boy then
2
- 计算双通道散射BUBBLEGUM v.2 的源代码-The FORTRAN code BUBBLEGUM.f calculates the unitary, analytic T-matrix for a two-channel problem with an arbitrary number of resonances. It also gives the approximate results from the K-matrix method, the Breit-Wigner approx
anp
- NP是美国匹兹堡大学的T.L.Saaty 教授于1996年提出了一种适应非独立的递阶层次结构的决策方法,它是在网络分析法(AHP)基础上发展而形成的一种新的实用决策方法。其关键步骤有以下几个: 1 确定因素,并建立网络层和控制层模型。 2 创建比较矩阵。 3 按照指标类型针对每列进行规范化。 4 求出每个比较矩阵的最大特征值和对应的特征向量。 5 一致性检验。如果不满足,则调整相应的比较矩阵中的元素。 6 将各个特征向量单位化(归一化)
magicreplace
- 对图像进行幻方矩阵大小为11的幻方置乱,并加入随机生成密钥-Magic square of the image matrix size of 11 scrambling magic square, and adding a randomly generated key
CSzhongsu
- 该文对压缩感知理论进行了综述,对压缩感知的稀疏表示、观测矩阵、编码、解码和有待研究的关键问题进行了综述-This paper summarizes the theory of compressed sensing, sparse representation of compressed sensing, observation matrix, encoding, decoding and the key issues to be examined were reviewed
juzhen
- 该程序用来实现矩阵的旋转反射功能。用户可选择样例矩阵或者自定义矩阵,然后对所选矩阵进行旋转等操作,并可求关于X.Y轴对称矩阵。同时用户可对矩阵的成员进行修改,可以选择将某行某列的函数替代,也可以将制定的数字换为相应数字。程序可重复执行,直到按选择键推出为止。-The program used to implement the rotation matrix reflection function. Users can choose to customize the sample matrix o
cPP
- 解析空中三角测量的迭代运算,包括矩阵转置,矩阵求逆,矩阵相乘等关键运算-Resolution aerial triangulation of the iteration, including matrix transpose, matrix inversion, matrix multiplication and other key operations
cs-matrix-of-measurement
- 文章是基于压缩感知理论的测量矩阵的研究。测量矩阵的选择是压缩感知理论的关键点,直接关系到信号重建效果的好坏!-Article is based on the theory of compressed sensing matrix measurement research. Measurement matrix of choice is the key to the theory of compressed sensing point, signal reconstruction is direc
MyFirUploadSD
- 该源码的功能是利用用户的输入地面控制点和影像点坐标,利用最小二乘法思想最终迭代出影像的外方位元素,即摄影测量中的单幅影像后方交会。程序关键部分是在VS2010下,利用自定义的矩阵类实现的,能很好的体现出面向对象的思想。-The source function is the use of user input ground control points and image point coordinates, least-squares method using the final iterati
F-Matrix
- 根据计算机视觉的基本理论,通过摄像机自标定的方法得到基本矩阵F,再利用特征提取的方法将物体上的关键点映射到三维空间,并转换到欧式坐标系下,从而得到物体运动过程中的六自由度分量。-According to the basic theory of computer vision, through the camera self-calibration method to be the fundamental matrix F, re-use feature extraction methods on
AES
- ES is a symmetric block cipher. The same key is used to encrypt and decrypt the message. The plain text and the cipher text are the same size. The Aes algorithm works as follows: Convert to state array: This step consists of conversion on the
KEY
- 5x6矩阵键盘实现,基本思想:逐行扫描,列端口设置为上拉输入,先将第一行置低,检测列有没有被拉低的,没有则置低第二行,置高第一行,检测列有没有置低的,以此类推。-5x6 matrix keyboard realization, the basic idea: Progressive scan, the column is set to pull the input port, the first line of the first set low, there has not been pull
