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改进svm

于 2021-03-06 发布
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下载积分: 1 下载次数: 10
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代码说明：

说明：  phog方法提取图像特征，svm支持向量机进行分类，分别有GA遗传算法和PSO粒子群优化算法进行寻优。(Phog method extracted image features, SVM support vector machine classification, respectively, GA genetic algorithm and PSO particle swarm optimization algorithm for optimization.)

文件列表：

1_30.jpg, 7107 , 2020-04-21
1_30.jpg.txt, 4237 , 2020-05-24
2_30.jpg, 51795 , 2020-04-21
3_30.jpg, 37510 , 2020-04-21
4_30.jpg, 20977 , 2020-04-21
5_30.jpg, 66186 , 2020-04-21
Accuracy_GA_SVM.m, 1232 , 2020-05-09
Accuracy_PSO_SVM.m, 1233 , 2020-05-23
Accuracy_SVM.m, 1225 , 2020-05-23
anna_binMatrix.m, 1455 , 2020-05-04
anna_phog.m, 1818 , 2020-05-04
anna_phog_demo.m, 170 , 2020-05-24
anna_phogDescriptor.m, 1215 , 2020-05-04
Demo-image, 0 , 2020-05-09
Demo-image\0.jpg, 156403 , 2015-05-27
Demo-image\1.jpg, 91161 , 2015-05-27
Demo-image\10.jpg, 4101 , 2013-03-24
Demo-image\11.jpg, 156581 , 2015-05-27
Demo-image\12.jpg, 22357 , 2015-05-27
Demo-image\13.jpg, 11730 , 2013-03-24
Demo-image\14.jpg, 15632 , 2013-03-24
Demo-image\2.jpg, 155563 , 2015-05-27
Demo-image\3.jpg, 52060 , 2015-05-27
Demo-image\4.jpg, 127184 , 2015-05-27
Demo-image\5.jpg, 13811 , 2013-03-24
Demo-image\6.jpg, 16727 , 2013-03-24
Demo-image\7.jpg, 151037 , 2015-05-27
Demo-image\8.jpg, 138947 , 2015-05-27
Demo-image\9.jpg, 14759 , 2013-03-24
Demo-image\test, 0 , 2020-05-09
Demo-image\test\0.jpg, 52667 , 2020-04-21
Demo-image\test\0.jpg.txt, 5970 , 2020-04-23
Demo-image\test\1.jpg, 45562 , 2020-04-21
Demo-image\test\1.jpg.txt, 4633 , 2020-04-23
Demo-image\test\10.jpg, 56504 , 2020-04-21
Demo-image\test\10.jpg.txt, 4671 , 2020-04-23
Demo-image\test\11.jpg, 22861 , 2020-04-21
Demo-image\test\11.jpg.txt, 2884 , 2020-04-23
Demo-image\test\12.jpg, 13102 , 2020-04-21
Demo-image\test\12.jpg.txt, 5532 , 2020-04-23
Demo-image\test\13.jpg, 14343 , 2020-04-21
Demo-image\test\13.jpg.txt, 5435 , 2020-04-23
Demo-image\test\14.jpg, 19155 , 2020-04-23
Demo-image\test\14.jpg.txt, 6320 , 2020-04-23
Demo-image\test\2.jpg, 20783 , 2020-04-21
Demo-image\test\2.jpg.txt, 4115 , 2020-04-23
Demo-image\test\3.jpg, 53974 , 2020-04-21
Demo-image\test\3.jpg.txt, 5542 , 2020-04-23
Demo-image\test\4.jpg, 13718 , 2020-04-21
Demo-image\test\4.jpg.txt, 5774 , 2020-04-23
Demo-image\test\5.jpg, 9475 , 2020-04-21
Demo-image\test\5.jpg.txt, 4666 , 2020-04-23
Demo-image\test\6.jpg, 47424 , 2020-04-21
Demo-image\test\6.jpg.txt, 5205 , 2020-04-23
Demo-image\test\7.jpg, 34818 , 2020-04-21
Demo-image\test\7.jpg.txt, 5374 , 2020-04-23
Demo-image\test\8.jpg, 11194 , 2020-04-21
Demo-image\test\8.jpg.txt, 5287 , 2020-04-23
Demo-image\test\9.jpg, 3859 , 2020-04-21
Demo-image\test\9.jpg.txt, 2979 , 2020-04-23
Demo-image\u=2140437051,2007055591&fm=26&gp=0.jpg, 8892 , 2020-05-09
Demo.m, 1244 , 2020-04-23
GA_SVM_Demo.m, 973 , 2020-05-06
gaSVMcgForClass.m, 4351 , 2020-04-23
PSO_SVM_Demo.m, 807 , 2020-05-23
psoSVMcgForClass.m, 5928 , 2020-05-09
SVM_outputPicture.m, 2256 , 2020-05-24
test, 0 , 2020-05-09
test\1_01.jpg, 47431 , 2020-04-21
test\1_01.jpg.txt, 5465 , 2020-05-23
test\1_02.jpg, 11212 , 2020-04-21
test\1_02.jpg.txt, 4858 , 2020-05-23
test\1_03.jpg, 7350 , 2020-04-21
test\1_03.jpg.txt, 4096 , 2020-05-23
test\1_04.jpg, 12249 , 2020-04-21
test\1_04.jpg.txt, 5753 , 2020-05-23
test\1_05.jpg, 11837 , 2020-04-21
test\1_05.jpg.txt, 6228 , 2020-05-23
test\1_06.jpg, 10258 , 2020-04-21
test\1_06.jpg.txt, 5186 , 2020-05-23
test\1_07.jpg, 10492 , 2020-04-21
test\1_07.jpg.txt, 5177 , 2020-05-23
test\1_08.jpg, 10399 , 2020-04-21
test\1_08.jpg.txt, 4980 , 2020-05-23
test\1_09.jpg, 52667 , 2020-04-21
test\1_09.jpg.txt, 5970 , 2020-05-23
test\1_10.jpg, 50159 , 2020-04-21
test\1_10.jpg.txt, 5165 , 2020-05-23
test\2_01.jpg, 43136 , 2020-04-21
test\2_01.jpg.txt, 5450 , 2020-05-23
test\2_02.jpg, 41310 , 2020-04-21
test\2_02.jpg.txt, 5863 , 2020-05-23
test\2_03.jpg, 41105 , 2020-04-21
test\2_03.jpg.txt, 5690 , 2020-05-23
test\2_04.jpg, 64072 , 2020-04-21
test\2_04.jpg.txt, 6231 , 2020-05-23
test\2_05.jpg, 46495 , 2020-04-21
test\2_05.jpg.txt, 5142 , 2020-05-23
test\2_06.jpg, 9630 , 2020-04-21
test\2_06.jpg.txt, 4856 , 2020-05-23

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0 个回复

  • EXP
    说明：  注：运行前自己准备图像，修改I = imread('')单引号中的路径 1. 给一张灰度图添分别添加高斯噪声和椒盐噪声。然后分别进行均值滤波和中值滤波，并把处理后的图片保存。 2. 图像频域处理，对图像进行傅里叶变换，进行高通滤波，显示处理结果。 3. 图像平移和旋转 4. 分别用OSTU阈值法和全局阈值法分割图像，然后进行腐蚀和膨胀处理，显示处理结果。(Note: Prepare the image by yourself before running, modify the path in single quotes of I = imread('')1. Add Gaussian noise and salt and pepper noise to a grayscale image. Then perform mean filtering and median filtering respectively, and save the processed pictures.2. Image frequency domain processing, Fourier transform of the image, high-pass filter, and display the processing result.3. Image translation and rotation4. Separate the image with OSTU threshold method and global threshold method, and then perform corrosion and dilation processing, and display the processing results.)
    2020-08-15 08:49:44下载
    积分：1
  • yuzhi2
    首先将RGB转换到HSV，再根据阈值进行HSV图像的分割(First convert RGB to HSV, then HSV image segmentation based on threshold)
    2014-05-04 11:26:39下载
    积分：1
  • 血管524 (2)
    说明：  最大类间差法对视网膜血管进行分割，亲测有效。(The method of maximum class difference is effective for the segmentation of retinal vessels.)
    2020-04-30 15:42:16下载
    积分：1
  • manyPic
    说明：  批处理一批图片，实现对其中的图像提取几何特征参数。(Batch number of pictures, images of which the realization of the geometric characteristic parameter extraction.)
    2020-10-30 22:39:55下载
    积分：1
  • five-methods-to-denoise
    均值、中值、维纳、TV、小波五种图像去噪方法（matlab）.均经过运行调试。包括对五种方法的研究报告（word）。 (Mean, median, Wiener, TV, xiaobo five kinds of Wavelet Image Denoising (Matlab). Have been run debug. including The study of five ways (word).)
    2012-07-01 21:08:13下载
    积分：1
  • hdjm
    抽取子图像: 通过一个随机混沌标签序列从原图像中抽取 对子图像加密:小波变换 ,在高频部分加密 重构原图，把加密好的子图像重新放回到原图像中 (from sub-images : a random chaotic sequence label from the original image from a tradition image encryption : wavelet transform, the high-frequency part of remodeling the maximum encryption, encrypted good son to re-up images back to the original image)
    2021-04-21 22:48:49下载
    积分：1
  • jpeg2000
    compressing the image using JPEG 2000 compression coding to get 10:1 ratio
    2013-02-08 11:36:31下载
    积分：1
  • compressed-sensing
    压缩感知，稀疏表示采用小波基表示，压缩测量采用随机高斯矩阵，重构算法是omp重构(Compressed sensing, sparse representation using wavelet representation, compression measurements using random Gaussian matrix remodeling reconstruction algorithm is omp)
    2013-10-17 12:51:03下载
    积分：1
  • rectification_transf
    对两幅图像提取特征点，并计算基本矩阵，对两幅图像进行极线矫正，并画出校正后图像特征点的极线，效果非常好(The two images of the image feature points in the feature points are extracted, and the calculated fundamental matrix, correction of lines of the two images, and after the draw correction lines, very good results)
    2013-04-12 11:04:53下载
    积分：1
  • FuzzyAGV
    用C charp编写的图像滤镜效果，包括源代码。(Image filter effects)
    2014-01-03 09:05:00下载
    积分：1
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