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qbit
- Quad Tree Bit Plane Compression. A program to compress images. Qbit is an image viewer that loads and saves it s own imge format as well as loading various Sun Raster File, Targa and Bitmap files.-Quad Tree Bit Plane Compression. A program to c
comprsnMapImgs
- Digital maps can best stored and distributed electronically using compressed raster image formats.We introduce as to rage system for the map images that supports compact storage size,decompression of partial image,and smooth transitions between var
Image-Processing-on-2D-Graphs-and-Models
- In the two applications of this study, images of a 2D object have been taken by a digital camera in order to obtain the surface data. In the other applications digital image and images taken from scanner have been used. These raster images’ borde
DIP_Exercise_Final
- 给定栅格图象及其变形后的栅格图象，请你首先确定各栅格交叉点的位移，然后采用控制栅格的方法编写实现图象几何校正的程序-A given image and deformed grid raster images, you first determine the displacement of each grid intersection, and then using the control method of preparation of raster image geometric correc
R2V
- 光像素栅格自动、半自动矢量化的软件。配合gis软件使用的神器，大大降低人工矢量化时间。-Able Software R2V combines the power of intelligent automatic vectorizing technology with an easy-to-use, menu-driven, graphical user interface in the Microsoft Windows 9x and NT environment. The sof
comp
- propose a novel joint data-hiding and compression scheme for digital images using side match vector quantization (SMVQ) and image inpainting. The two functions of data hiding and image compression can be integrated into one single module seam
ppm2
- Image editing encompasses the processes of altering images, whether they are digital photographs, traditional photochemical photographs, or illustrations. Traditional analog image editing is known as photo retouching, using tools such as an airbrush
MATLABB
- MATLAB绘制栅格化地图 %创建具有障碍物的栅格地图 %矩阵中0代表黑色栅格 a = ones(20); a(3,3:7)=0; a(3:10,7)=0; a(10,3:7)=0; a(17,13:17)=0; a(10:17,13)=0; a(10,13:17)=0; a(14,15)=0; b = a; %disp(a(end,end)); b(end+1,end+1) = 0; %disp(b); colormap([0 0 0;1 1 1]); % 创建颜色 %disp(size