资源列表
information
- 信号系统大作业啊 信号系统大作业啊-information
bezier
- 实现bezier和b样条曲线的绘制，运用基本的公式-Achieve bezier and b-spline curve drawing, using the basic formula
tuxiangfenge
- 图像分割的一个matlab程序,基于二维图像,简单实用,分享了-Image segmentation of a matlab program, based on two-dimensional images, simple and practical, shared
GifClass
- 显示和简单处理Gif图像文件的一个源码类，将文件装入VC++项目就可以使用，我使用是没有问题-Display and simple to deal with Gif image files of a source class, will file into VC++ project, you can use, I use there is no problem
bmpDibClass
- 显示和简单处理Bmp位图的一个类，将文件装入VC++项目就可以使用，已经经过了测试，保证没问题-Display and easy handling of a class Bitmap Bmp, will file into VC++ project, you can use, has been tested to ensure that no problem
fdtd-pml
- fdtd 时域有限差分法pml吸收边界条件 实现-fdtd FDTD method achieved pml absorbing boundary condition
ShowImage
- 一段在窗口透明显示百分比透明显示图像的VC代码-A transparent display window shows the percentage of transparent image of the VC code
li9_1
- 图像配准就是将不同时间、不同传感器(成像设备)或不同条件下(天候、照度、摄像位置和角度等)获取的两幅或多幅图像进行匹配、叠加的过程，它已经被广泛地应用于遥感数据分析、计算机视觉、图像处理等领域。-Image registration is the different time, different sensors (imaging equipment), or under different conditions (weather, illumination, camera position a
HUOFUMAN
- 哈夫曼编码(Huffman Coding)是一种编码方式，哈夫曼编码是可变字长编码(VLC)的一种。 Huffman于1952年提出一种编码方法，该方法完全依据字符出现概率来构造异字头的平均长 度最短的码字，有时称之为最佳编码，一般就叫作Huffman编码。-Huffman coding (Huffman Coding) is a coding, Huffman coding is a variable word length coding (VLC) a. Huffman coding in
XIAOBO
- 小波分析有它独特的特点。它的压缩比高、压缩速度快 , 压缩后能保持信号与图像的特征基本不变 ,且在传递过程中可以抗干扰。可以克服传统方法产生的缺陷 ,因此获得了较好的压缩效果。 -Wavelet analysis has its unique characteristics. Its high compression ratio, compression speed, compressed to maintain the basic characteristics of the sign
dip_answer
- 《数字图像处理》（第二版）的完全版答案，解答详细，每道题都有解答，适用于自学者。-" Digital Image Processing" (second edition) of the complete version of the answer, answer in detail, and each question has a solution for self-learners.
DPCM
- DPCM编码,简称差值编码，是对模拟信号幅度抽样的差值进行量化编码的调制方式.-DPCM coding, referred to as difference coding is to sample the analog signal amplitude to quantify the difference between the modulation coding.