搜索资源列表
image
- 图像处理 直方图 哈夫曼编码 傅立叶变换 傅立叶逆变换 图像增强-Histogram image processing Huffman inverse Fourier transform Fourier transform image enhancement
OneDimensionalDiscreteWaveletTransforms
- 本实验要求开发一个基本的哈尔小波变换程序包，用于后续的实验。实验中使用哈尔基函数特有的“平均”与“差分”方法。首先要编写一个计算哈尔小波的j-尺度离散小波变换程序。并且要编写一个计算哈尔小波的j-尺度的逆离散小波程序，并用课本上的例7.8来验证所编写的程序-The experiment calls for the development of a basic package Haar wavelet transform for the follow-up experiment. Harki fu
TwodimensionalDiscreteWaveletTransforms
- 本实验要求开发一个计算哈尔小波的j-尺度二维DWT程序。并要求对图像 7.1进行如图7.8（a）所示的哈尔小波3-尺度二维DWT。同时也要求编写一个计算哈尔小波的二维逆DWT程序。-The experiment calls for the development of a calculation of the Haar wavelet j-scale two-dimensional DWT procedure. And called for the image in Figure 7.1 to
wavelet
- 双正交小波的正变换和反变换，以及显示程序；提升小波的正变换和反变换，以及显示程序-Are the biorthogonal wavelet transform and inverse transform, and display procedures the lifting wavelet transform and inverse transform is, as well as the display program
robot
- An example of inverse kinematics algorithm
CSM69A2
- TF (Term Frequency)/IDF (Inverse Document Frequency) 搜索算法的JAVA实现-TF/IDF algorithm in JAVA
inverse
- 图象反色，代码+图象（原始图像和测试图像）-image inverse
robotsim7
- A Systematic approach for Displays popup menu of toolbox demonstration scr ipts that illustrate: * homogeneous transformations * trajectories * forward kinematics * inverse kinematics * robot animation * inverse dynamics * forw
Computing_the_wavelet_transform_of_an_image
- Computing the wavelet transform of an image First we load the image Then we set up the parameter of the transform At last we actually perform the transform If we do the inverse transform, we get back nearly the original image Finaly we disp
Linear_and_non
- Linear and non-linear approximation with wavelets Linear approximation is obtained by keeping M low frequency coefficients and then applying the inverse wavelet transform. Here we take M=n^2/4 by keeping n/2 x n/2 low frequency coefficients. Lin
function
- 二次函数、反比例函数绘图.可以自由变换所画的函数-Quadratic function, mapping function inverse proportion. Are free to transform the function of painting
fft
- fft simulation includes inverse conversion is the conversion
continuouswavelet
- 计算连续小波变换的函数，这些函数包括连续小波分解和重构-contains functions for computing the continuous wavelet transform and the inverse cwt
simulatesa6link3DPumaRobot
- The robot currently moves with kinematic control using direct input of joint angles and slider bars (GUI). Some inverse kinematics options are built in but not automated yet (a demo button). A random input is also provided and the robot animates betw
matrix
- 矩阵运算程序 matrix.h 基于TCL Matrix矩阵类，增加了一些使用的运算函数。具体看源程序。 功能分析： 本程序能完成矩阵的输入、输出。具有相同行数和列数的矩阵间的加法、减法、乘法、除法、求逆、求代数余子式、求伴随矩阵、求行列式值、求条件数等运算。符合矩阵乘法规则要求的矩阵间的乘法。方阵间的除法，方阵的求逆。矩阵的求转置矩阵等功能。 文件 TCL Matrix矩阵类.pdf 中介绍了其详细的使用方法。 -Matrix calculation program mat
DctQuant
- 工程名为DctQuant，编程实现了一帧CIF格式4:2:0的YUV图像的H.264的整数变换、量化以及逆量化、逆变换。具体的功能表述如下： 1、首先按“打开YUV”按钮，选择一帧格式为CIF的4:2:0的YUV图像（默认的YUV图像的格式为4:2:0的CIF格式）。选择完成后，可以看到显示的输入图像。 2、输入QP值，QP是0到51之间的整数值，超出范围，会弹出对话框提示。QP默认为28。注意：当改变QP值为0时，即没有量化，则点击转换按钮显示出的PSNR值即为输入图像的PSNR值。
Inverse
- 数字图像处理中的逆滤波，c++语言实现-Digital image processing in inverse filtering, c++ language implementation
art
- 用于解反问题的代数重建法，对于Ax=b，输入矩阵A，列向量b，以及迭代步数k，可求的列向量x-Algebraic solution of the inverse problem for the reconstruction of France, for Ax = b, the input matrix A, the column vector b, as well as the number of iterations k, rectifiable column vector x
cgls
- 用于解反问题的共轭梯度法，对于Ax=b，输入矩阵A，列向量b，以及迭代步数k，可求的列向量x-Solution of inverse problems for the conjugate gradient method, for Ax = b, the input matrix A, the column vector b, as well as the number of iterations k, rectifiable column vector x
sisompc.ZIP
- 单输入单输出模型预测控制算法实现--一般实现，逆响应和线性规划-SISO model predictive control- a general approach, inverse response and linear programming