登录
首页 » matlab » cvpr14_saliency_code

cvpr14_saliency_code

于 2014-09-07 发布 文件大小:4413KB
0 250
下载积分: 1 下载次数: 408

代码说明:

  CVPR 2014上的关于图像显著性区域的检测matlab代码。(Wangjiang Zhu, Shuang Liang, Yichen Wei, and Jian Sun. Saliency Optimization from Robust Background Detection. In CVPR, 2014.)

文件列表:

cvpr14_saliency_code
....................\Data
....................\....\color





....................\....\.....\bridge.jpg,52722,2003-11-01
....................\....\.....\building.bmp,449334,2014-03-18
....................\....\.....\bull.jpg,81947,2003-11-01
....................\....\.....\butterfly.jpg,82640,2003-11-01
....................\....\.....\cow.jpg,83554,2003-11-01
....................\....\.....\elephant.bmp,449334,2014-03-18
....................\....\.....\fish.jpg,74767,2003-11-01
....................\....\.....\fisher.bmp,449334,2014-03-18
....................\....\.....\girl.bmp,449334,2014-03-18
....................\....\.....\horse2.jpg,70171,2003-11-01
....................\....\.....\horse3.jpg,80141,2003-11-01
....................\....\.....\house.jpg,61708,2003-11-01
....................\....\.....\house2.jpg,84296,2003-11-01
....................\....\.....\landscape.bmp,449334,2014-03-18
....................\....\.....\landscape2.jpg,70312,2003-11-01
....................\....\.....\man.jpg,74234,2003-11-01
....................\....\.....\market.jpg,80148,2003-11-01
....................\....\.....\mushroom.jpg,78959,2003-11-01
....................\....\.....\pig.bmp,449334,2014-03-18
....................\....\.....\plane.jpg,66481,2003-11-01
....................\....\.....\road.bmp,449334,2014-03-18
....................\....\.....\road2.jpg,64260,2003-11-01
....................\....\.....\roof.jpg,77723,2003-11-01
....................\....\.....\skycraper.jpg,75759,2003-11-01
....................\....\.....\soldier.jpg,94569,2003-11-01
....................\....\.....\soldier2.jpg,77750,2003-11-01
....................\....\.....\star.jpg,85164,2003-11-01
....................\....\.....\tiger.jpg,76435,2003-11-01
....................\....\.....\tree.bmp,272694,2006-09-13
....................\....\.....\tree.jpg,60054,2003-11-01
....................\....\.....\wave.jpg,63245,2003-11-01
....................\....\.....\woman.bmp,449334,2014-03-18
....................\....\.....\woman2.jpg,82833,2003-11-01
....................\....\color_result





....................\....\............\bear_MR_stage2.png,3395,2014-08-04
....................\....\............\bear_SF.png,2622,2014-08-04
....................\....\............\bear_wCtr_Optimized.png,3318,2014-08-04
....................\....\............\beer_GS.png,2718,2014-08-04
....................\....\............\beer_MR_stage2.png,2521,2014-08-04
....................\....\............\beer_SF.png,2393,2014-08-04
....................\....\............\beer_wCtr_Optimized.png,2128,2014-08-04
....................\....\............\boat2_GS.png,3417,2014-08-04
....................\....\............\boat2_MR_stage2.png,2854,2014-08-04
....................\....\............\boat2_SF.png,2612,2014-08-04
....................\....\............\boat2_wCtr_Optimized.png,1839,2014-08-04
....................\....\............\boat_GS.png,3388,2014-08-04
....................\....\............\boat_MR_stage2.png,3163,2014-08-04
....................\....\............\boat_SF.png,2804,2014-08-04
....................\....\............\boat_wCtr_Optimized.png,2377,2014-08-04
....................\....\............\bridge_GS.png,2336,2014-08-04
....................\....\............\bridge_MR_stage2.png,2480,2014-08-04
....................\....\............\bridge_SF.png,1970,2014-08-04
....................\....\............\bridge_wCtr_Optimized.png,2136,2014-08-04
....................\....\............\bull_GS.png,2998,2014-08-04
....................\....\............\bull_MR_stage2.png,2808,2014-08-04
....................\....\............\bull_SF.png,2630,2014-08-04
....................\....\............\bull_wCtr_Optimized.png,2458,2014-08-04
....................\....\............\butterfly_GS.png,3405,2014-08-04
....................\....\............\butterfly_MR_stage2.png,2885,2014-08-04
....................\....\............\butterfly_SF.png,2783,2014-08-04
....................\....\............\butterfly_wCtr_Optimized.png,3085,2014-08-04
....................\....\............\cow_GS.png,2810,2014-08-04
....................\....\............\cow_MR_stage2.png,2660,2014-08-04
....................\....\............\cow_SF.png,2674,2014-08-04
....................\....\............\cow_wCtr_Optimized.png,2531,2014-08-04
....................\....\............\fish_GS.png,3166,2014-08-04
....................\....\............\fish_MR_stage2.png,2624,2014-08-04
....................\....\............\fish_SF.png,2093,2014-08-04
....................\....\............\fish_wCtr_Optimized.png,2068,2014-08-04
....................\....\............\horse2_GS.png,2776,2014-08-04
....................\....\............\horse2_MR_stage2.png,2649,2014-08-04
....................\....\............\horse2_SF.png,1948,2014-08-04
....................\....\............\horse2_wCtr_Optimized.png,2220,2014-08-04
....................\....\............\horse3_GS.png,3179,2014-08-04
....................\....\............\horse3_MR_stage2.png,2919,2014-08-04
....................\....\............\horse3_SF.png,1897,2014-08-04
....................\....\............\horse3_wCtr_Optimized.png,2484,2014-08-04
....................\....\............\house2_GS.png,2854,2014-08-04
....................\....\............\house2_MR_stage2.png,2678,2014-08-04
....................\....\............\house2_SF.png,2299,2014-08-04
....................\....\............\house2_wCtr_Optimized.png,2604,2014-08-04
....................\....\............\house_GS.png,2431,2014-08-04
....................\....\............\house_MR_stage2.png,2682,2014-08-04
....................\....\............\house_SF.png,2228,2014-08-04
....................\....\............\house_wCtr_Optimized.png,2011,2014-08-04
....................\....\............\landscape2_GS.png,2867,2014-08-04
....................\....\............\landscape2_MR_stage2.png,2669,2014-08-04

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • ReconstructionCube1
    3D Reconstruction after using tsai calibration
    2009-03-12 23:37:53下载
    积分:1
  • 3D-ESPRIT-Scattering-Centers-
    一种基于3D_ESPRIT的散射中心参数估计算法_温晓杨(A 3D-ESPRIT Method for Radar Target Scattering Centers Parameters Estimation)
    2013-09-22 14:37:19下载
    积分:1
  • Huange_emd
    黄锷论文中EMD和HHT的源程序,已经打包压缩,解压后可以使用(Wong Ngok paper on EMD and HHT source, has been packaged compression, decompression can be used after)
    2013-09-25 10:58:18下载
    积分:1
  • MATCHING
    求两幅图像的同名点位置,确定图像某一点的视差值(Strives for the two images of the same name point location, to determine the parallax value of image point)
    2013-12-19 10:23:27下载
    积分:1
  • qam16_DiscreteNewton
    qam16位离散牛顿法数字预失真程序,经过测试能够正确完成,效果良好。(qam16 discrete Newton method digital pre-distortion and tested correctly to good effect)
    2012-02-26 13:50:03下载
    积分:1
  • power_wind_dfig_det
    双馈风力发电系统仿真,汽轮机,背靠背pwm逆变器,电网模型等等(wind generation)
    2016-01-11 11:30:42下载
    积分:1
  • code
    1采用遗传算法对男女生样本数据中的身高,体重,喜欢数学,喜欢文学,喜欢运动,喜欢模式识别共6个特征进行特征选择,并基于所得到的最佳特征采用SVM设计男女生分类器,并计算模型预测性能(包含SE,SP,ACC和AUC )。提示:可以用6位的0/1进行编码,适应度函数可以考虑类似 。(1 genetic algorithm for boys and girls in the sample data of height, weight, like math, like literature, like sports, like pattern recognition feature a total of six feature selection, design and use of SVM classifier for boys and girls based on the best features of the resulting and calculating prediction performance model (including SE, SP, ACC and AUC). Tip: 6 may be encoded with the 0/1, the fitness function may be considered similar.)
    2017-04-10 11:41:46下载
    积分:1
  • matlab
    通过特征矩阵,标签矩阵,将节点通过它们之间的相互联系,构成graph,并求取它的邻接矩阵(Through the characteristic matrix and label matrix, the nodes are connected with each other to form a graph, and its adjacency matrix is obtained.)
    2021-03-29 17:09:10下载
    积分:1
  • initRandomMat
    说明:  负载均衡调度问题:假设有N个任务,需要负载均衡器分配给M个服务器节点去处理。每个任务的任务长度、每台服务器节点(下面简称“节点”)的处理速度已知,请给出一种任务分配方式,使得所有任务的总处理时间最短。initRandomMat文件(Load balancing scheduling problem: suppose there are n tasks, which need to be allocated to m server nodes by load balancer. The task length of each task and the processing speed of each server node (hereinafter referred to as "node") are known. Please provide a task allocation method to minimize the total processing time of all tasks.initRandomMat)
    2020-03-25 21:17:34下载
    积分:1
  • code
    说明:  matlab经典优化代码,同时附有BNB优化的工具箱,可以安装调试(classical optimization matlab code, accompanied by BNB optimization toolbox, you can install the debugging)
    2010-03-21 15:00:47下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载