- painless-conjugate-gradient An Introduction to the Conjugate Gradient Method Without the Agonizing Pain written by Jonathan Richard Shewchuk.Algorithm of conjugate gradient method introduced in this file is easy to read and understand.
- NET2.0 无限级分类的中小企业网站(Sql数据库) 利用VS2005+Sql2000开发的一个无限级树形菜单
- chat 聊天插件
- source-builder_9hzz1f 毕业设计时编写的MATLAB程序
- framework JPrass框架是个人的开发的过程中总结出来的一个面向对象的MVC框架
- mondrian源码分析与说明 java语言开发的多维分析引擎
文件名称:3glcm
介绍说明--下载内容来自于网络,使用问题请自行百度
This paper has a further exploration and study of visual feature extraction. According to the HSV (Hue, Saturation, Value) color space, the work of color feature extraction is finished, the process is as follows: quantifying the color space in non-equal intervals, constructing one dimension feature vector and representing the color feature by cumulative histogram. Similarly, the work of texture feature extraction isobtained by using gray-level co-occurrence matrix (GLCM) orcolor co-occurrence matrix (CCM). Through the
quantification of HSV color space, we combine color features and GLCM as well as CCM separately. Depending on the former, image retrieval based on multi-feature fusion is achieved by using normalized Euclidean distance classifier. Through the image retrieval experiment, indicate that the use of color features and texture based on CCM has obvious advantage.-This paper has a further exploration and study of visual feature extraction. According to the HSV (Hue, Saturation, Value) color space, the work of color feature extraction is finished, the process is as follows: quantifying the color space in non-equal intervals, constructing one dimension feature vector and representing the color feature by cumulative histogram. Similarly, the work of texture feature extraction isobtained by using gray-level co-occurrence matrix (GLCM) orcolor co-occurrence matrix (CCM). Through the
quantification of HSV color space, we combine color features and GLCM as well as CCM separately. Depending on the former, image retrieval based on multi-feature fusion is achieved by using normalized Euclidean distance classifier. Through the image retrieval experiment, indicate that the use of color features and texture based on CCM has obvious advantage.
quantification of HSV color space, we combine color features and GLCM as well as CCM separately. Depending on the former, image retrieval based on multi-feature fusion is achieved by using normalized Euclidean distance classifier. Through the image retrieval experiment, indicate that the use of color features and texture based on CCM has obvious advantage.-This paper has a further exploration and study of visual feature extraction. According to the HSV (Hue, Saturation, Value) color space, the work of color feature extraction is finished, the process is as follows: quantifying the color space in non-equal intervals, constructing one dimension feature vector and representing the color feature by cumulative histogram. Similarly, the work of texture feature extraction isobtained by using gray-level co-occurrence matrix (GLCM) orcolor co-occurrence matrix (CCM). Through the
quantification of HSV color space, we combine color features and GLCM as well as CCM separately. Depending on the former, image retrieval based on multi-feature fusion is achieved by using normalized Euclidean distance classifier. Through the image retrieval experiment, indicate that the use of color features and texture based on CCM has obvious advantage.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
3glcm/image retrieval ppt.pptx
3glcm/image retrieval using both color and texture.doc
3glcm/Key paper1.pdf
3glcm/IMAGE RETRIEVAL USING BOTH COLOR AND TEXTURE FEATURES.pdf
3glcm/IRCT/image retrieval ppt.pptx
3glcm/IRCT/image retrieval using both color and texture.doc
3glcm/IRCT/Key paper1.pdf
3glcm/IRCT/matlab.jpg
3glcm/IRCT/guimain.fig
3glcm/IRCT/IRCTF.m
3glcm/IRCT/~$age retrieval using both color and texture.doc
3glcm/IRCT/query/4.jpg
3glcm/IRCT/query/2.jpg
3glcm/IRCT/query/3.jpg
3glcm/IRCT/query/5.jpg
3glcm/IRCT/query/OneNote Table Of Contents.onetoc2
3glcm/IRCT/query/1.jpg
3glcm/IRCT/train/18.jpg
3glcm/IRCT/train/20.jpg
3glcm/IRCT/train/10.jpg
3glcm/IRCT/train/7.jpg
3glcm/IRCT/train/12.jpg
3glcm/IRCT/train/16.jpg
3glcm/IRCT/train/9.jpg
3glcm/IRCT/train/2.jpg
3glcm/IRCT/train/8.jpg
3glcm/IRCT/train/13.jpg
3glcm/IRCT/train/6.jpg
3glcm/IRCT/train/19.jpg
3glcm/IRCT/train/3.jpg
3glcm/IRCT/train/15.jpg
3glcm/IRCT/train/14.jpg
3glcm/IRCT/train/17.jpg
3glcm/IRCT/train/11.jpg
3glcm/IRCT/train/Thumbs.db
3glcm/IRCT/train/5.jpg
3glcm/IRCT/train/OneNote Table Of Contents.onetoc2
3glcm/IRCT/train/1.jpg
3glcm/IRCT/train/4.JPG
3glcm/IRCT/guimain.m
3glcm/IRCT/OneNote Table Of Contents.onetoc2
3glcm/IRCT/IMAGE RETRIEVAL USING BOTH COLOR AND TEXTURE FEATURES.pdf
3glcm/IRCT/query
3glcm/IRCT/train
3glcm/IRCT
3glcm
3glcm/image retrieval using both color and texture.doc
3glcm/Key paper1.pdf
3glcm/IMAGE RETRIEVAL USING BOTH COLOR AND TEXTURE FEATURES.pdf
3glcm/IRCT/image retrieval ppt.pptx
3glcm/IRCT/image retrieval using both color and texture.doc
3glcm/IRCT/Key paper1.pdf
3glcm/IRCT/matlab.jpg
3glcm/IRCT/guimain.fig
3glcm/IRCT/IRCTF.m
3glcm/IRCT/~$age retrieval using both color and texture.doc
3glcm/IRCT/query/4.jpg
3glcm/IRCT/query/2.jpg
3glcm/IRCT/query/3.jpg
3glcm/IRCT/query/5.jpg
3glcm/IRCT/query/OneNote Table Of Contents.onetoc2
3glcm/IRCT/query/1.jpg
3glcm/IRCT/train/18.jpg
3glcm/IRCT/train/20.jpg
3glcm/IRCT/train/10.jpg
3glcm/IRCT/train/7.jpg
3glcm/IRCT/train/12.jpg
3glcm/IRCT/train/16.jpg
3glcm/IRCT/train/9.jpg
3glcm/IRCT/train/2.jpg
3glcm/IRCT/train/8.jpg
3glcm/IRCT/train/13.jpg
3glcm/IRCT/train/6.jpg
3glcm/IRCT/train/19.jpg
3glcm/IRCT/train/3.jpg
3glcm/IRCT/train/15.jpg
3glcm/IRCT/train/14.jpg
3glcm/IRCT/train/17.jpg
3glcm/IRCT/train/11.jpg
3glcm/IRCT/train/Thumbs.db
3glcm/IRCT/train/5.jpg
3glcm/IRCT/train/OneNote Table Of Contents.onetoc2
3glcm/IRCT/train/1.jpg
3glcm/IRCT/train/4.JPG
3glcm/IRCT/guimain.m
3glcm/IRCT/OneNote Table Of Contents.onetoc2
3glcm/IRCT/IMAGE RETRIEVAL USING BOTH COLOR AND TEXTURE FEATURES.pdf
3glcm/IRCT/query
3glcm/IRCT/train
3glcm/IRCT
3glcm
1999-2046 搜珍网 All Rights Reserved.
本站作为网络服务提供者,仅为网络服务对象提供信息存储空间,仅对用户上载内容的表现方式做保护处理,对上载内容本身不做任何修改或编辑。
