搜索资源列表
DCT
- DCT变换的源代码，支持一维二维DCT变换及反变换-DCT transform of the source code, to support the one-dimensional two-dimensional DCT transform and inverse transform
one_dimension_array
- 用template实现一维数组的数据结构。-Template used to achieve one-dimensional array data structure.
5-1
- 简单有限元计算程序。 NJF---结点自由度数 E---弹性模量 NE---单元数 T---板厚度 VM---泊松比 z---实型二维数组，用来存放结点坐标 ZJ---实型二维数组，用来存放每个约束自由度方向和该方向的约束值， ie---实型二维数组，存放布尔矩阵 p---实型一维数组，先存放等效结点载荷，解完方程后存放输出的结点位移 a,b,a---实型数组，存放各个单元的面积及由结点坐标计算的bi,bj,ci,cj g---实型数组,存放单刚子块
weno
- 一维欧拉方程的高精度求解，WENO/WENO重构，ROE flux-One-dimensional Euler equations for solving the high-accuracy, WENO/WENO Reconstruction, ROE flux
1d-photonic-crystal
- 按照TE/TM模，研究一维光子晶体输出特性-In accordance with the TE/TM mode to study the one-dimensional photonic crystal output characteristics
interpolate
- 这是一个分形插值程序，用C写的，里面有示例。本程序只适用于一维数据-This is a fractal interpolation program written in C, there are examples. This procedure applies only to one dimensional data
2
- Fortran语言编辑的一维电磁场FDTD模拟-Fortran language editor of the one-dimensional FDTD simulation of electromagnetic fields
daoxu
- 一个用java实现输入一维数组并倒序的简便算法-Using java to achieve a one-dimensional array of input and reverse simple algorithm
sort
- 用java语言实现对一维数组的快速排序算法-Using java language of one-dimensional array of quick sort algorithm
FDomain
- 图像的一维、二维快速傅里叶变化和反变化，可对图像一般低通滤波、ButterWorth低通滤波、一般高通滤波、ButterWorth高通滤波-Image of one-dimensional, two-dimensional fast Fourier change and anti-change, the image may be a general low-pass filter, ButterWorth low pass filter, the general high-pass filter
BMPProcessD
- bmp图像处理 基本时域滤波，傅氏变换，频域滤波，图像生长 一维傅氏变换 图像边界提取 图形学滤波 -bmp image processing of basic time-domain filtering, Fourier transform, frequency domain filtering, image the growth of one-dimensional Fourier transform image edge extraction filtering Gr
liantong
- 输入图，找出该图的所有连通支。图用“邻接矩阵”法表示。用两个数组来存储图：一个数组（一维）存储图中顶点集；另一个数组（二维）映象图中顶点间的关系集。且对于无向图而言，其邻接矩阵是对称的。-Input map, to find the map of all the connected extension. Chart with
findMaxSub
- 找到一个数组中的最大值，并返回其位置。可以适用于二维数组的查找-Find an array of maximum, and return to their location. Can be applied to two-dimensional array to find
TheResearchofALosslessCompressionMethodofHalftoneI
- 分形理论是现代非线性科学中的一个重要分支, 是科学研究中一种重要的数学工具和手段。介绍了 分形理论的基本概念, 给出了分形理论的重要参数分形维数的常见定义和计算方法。重点介绍了分形理论在图 像处理领域的应用情况。最后, 展望了分形理论的应用前景及其发展方向。-Fractal theory of modern nonlinear science is an important branch of scientific research is an important mathematica
NeighborPreservEmbedd
- 一种邻域保护嵌入算法，用于高维数据的降维处理-The protection of a neighborhood algorithm for high dimensional data, dimensionality reduction to deal with
sne
- 一种基于概率的数据降维处理方法：Stochastic Neighbor Embedding-Based on the probability of data dimensionality reduction approach: Stochastic Neighbor Embedding
fractal3
- 分维,是分形的定量表征和基本参数，通常用分数或带小数点的数表示。 长期以来人们习惯于将点定义为零维,直线为一维,平面为二维,空间为三维,爱因斯坦在相对论中引入时间维,就形成四维时空。对某一问题给予多方面的考虑,可建立高维空间,但都是整数维。 -Fractal dimension is a fractal of the quantitative characterization and basic parameters, usually scores or take a few decim
qsort
- 快速一维数组排列，使用qsort函数，可使用在大量一维数组的快速排列中-Fast one-dimensional array array, use the qsort function, can be used in a large number of one-dimensional array arranged in the rapid
LFM_1dimension
- 主要是对雷达信号的仿真，一维线性调频信号的仿真。-Mainly on the radar signal simulation, one-dimensional simulation of the linear FM signal.
DCT
- 视频处理中经常需要进行DCT变换，这是本人自己编写的、可以对图像样点进行一维和二维的DCT变换-Video processing often require DCT transform, which is I have written, you can kind of image points of one-dimensional and two-dimensional DCT transform