搜索资源列表
565517782
- 大家一起分享。下列数字滤波算法中最简单的是 A)限幅滤波 B)限速滤波 C)加权平均滤波 D)中值滤波 二、填空题(每空2分,共30分)...(-share with everyone. The following figures filtering algorithm is the most simple A) limiting filter B) speed filtering C) Weighted average filter D) filter 2, fill in the blank
LicenseDetectorOfVehicle
- C#环境的车牌认别系统源代码和30张测试图片；本程序对以上的30汽车图片的认别定位分割等准确率达至100％。-C# environment registration identification system source code and 30 test images; The procedures for the above pictures of the 30 vehicle identification such as segmentation positioning accuracy
matlab series tool
- 这个是matlab分类工具箱，有大概三十多个matlab原程序，很适合大家下载使用-this classification is Matlab toolbox, probably more than 30 Matlab program, We are very suitable for downloading
file2
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
file3
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
file4
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
file6
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
file5
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
file1
- 30个图像处理的VC++ 源代码，包括256色转灰度图,Hough变换,image_j1,PCA,Walsh变换,对比度拉伸,二值化变换,反色, 方块编码,傅立叶变换,高斯平滑,灰度均衡,均值滤波,拉普拉斯锐化（边缘检测）, 离散余弦变换,亮度增减,逆滤波处理,取对数,取指数,梯度锐化,图象处理,图像镜像, 图像平移,图像缩放,图像细化,图像旋转,维纳滤波处理,用Canny算子提取边缘,阈值变换,直方图均衡.
30
- VC—关键技术精解\\专家指点书中的原代码. 希望对大家有用
111-30
- 模式识别相关技术，EM算法简介，EM算法是关于半监督学习的一种技术
44
- \\mpeg2 \\doc \\mpeg2enc.doc和mpeg2dec.doc文件包含了关于解码器的进一步的信息。 \\verify 一组用来进行验证的图像和小的数据流，以及用来自动检测编码器和解码器输出的Unix shell脚本文件。 \\src \\mpeg2enc 编码器源代码及VC下编译的可执行程序 \\mpeg2dec 解码器源代码及VC下编译的可执行程序 \\par 给出了一组可在每秒25和30帧的速率下进行MPEG-2和MPEG-1编
MRF_MATLAB
- 马尔可夫（MRF）图像分割MATLAB源码,有30几个函数。Markov随机场的例子程序,对于初学MRF的人很有用,能得到直观的印象-Markov (MRF) image segmentation MATLAB source code, 30 a number of functions. Markov random field example of the procedure, for beginner person MRF useful that they can get a visual i
DMMC
- DMMC算法在JAFFE 30*180训练与测试集下的人脸识别算法，其中包括源代码及所用的人脸库。-DMMC algorithm JAFFE 30* 180, under the training and test set of face recognition algorithms, including source code and libraries used by the human face.
A2008
- awimg=rgb2gray(im1) tic [accum, circen, cirrad] = CircularHough_Grd(rawimg, [20 30],5,50) circen toc figure(1) imagesc(accum) axis image title( Accumulation Array from Circular Hough Transform ) figure(2) imagesc(rawimg) co
MRF
- Markov随机场的例子程序，包括ICM，BP算法，matlab编写，共30几个函数。-Markov random field examples of procedures, including ICM, BP algorithm, matlab prepared a total of 30 number of functions.
OpenCV-wraper
- cvlib_mex封装了OpenCV库大约30个函数，OpenCV是当前流行的实时计算机视觉库，拥有很多的图像处理的算法。 -OpenCV library encapsulates cvlib_mex around 30 function, OpenCV is popular real-time computer vision library, with a lot of image processing algorithms.
image_bandpass_filter
- Design frequency domain Ideal, Butterworth and Gaussian band pass filters to filter the input image. Use your own grayscale picture as the input image. The filters must be passing frequencies between radius of 30 and 120 frequency components of the
shibie
- 基于bp神经网络的车牌字符识别源程序，采用字符比对的方式进行切割-The structures of the neural networks were designed using a constructive algorithm where the basic idea was to start with a small network,then add hidden units and weights incrementally until a satisfactory solution b
trsf
- 利用多分辨尺度小波进行图象纹理提取（两个参数，R1可以选择1.1-1.2，R2是阈值，可以选择10-30）-The use of multiresolution wavelet to extract texture images (two parameters, R1 can choose to 1.1-1.2, R2 is the threshold, you can choose to 10-30)