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NBU-SIRQA-master

于 2019-11-23 发布
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代码说明：

说明：  立体图像质量评价方向优秀论文的实现代码，仅供参考。(Stereo image quality evaluation direction of the excellent paper implementation code, for reference only.)

文件列表：

NBU-SIRQA-master\README.md, 565 , 2018-12-23
NBU-SIRQA-master\TEST-only\BWRegistration.m, 2326 , 2018-12-23
NBU-SIRQA-master\TEST-only\ComputeOccl_L.m, 1590 , 2018-12-23
NBU-SIRQA-master\TEST-only\ComputeOccl_R.m, 1678 , 2018-12-23
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\alt_ba_optical_flow.m, 5129 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\compute_flow.m, 7089 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\compute_flow_base.m, 6539 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\display.m, 2456 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\evalaute_new_log_posterior.m, 3023 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\evaluate_log_posterior.m, 3101 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\flow_operator.m, 4915 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\parse_input_parameter.m, 3082 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\subsasgn.m, 2762 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@alt_ba_optical_flow\subsref.m, 2689 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\ba_optical_flow.m, 4904 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\compute_flow.m, 6648 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\compute_flow_base.m, 5727 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\display.m, 2442 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\estimate_flow_gradient_ascent.m, 2265 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\evaluate_log_posterior.m, 3117 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\evaluate_log_posterior_grad.m, 3494 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\evaluate_log_posterior_grad_test.m, 2911 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\flow_operator.m, 4770 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\flow_operator_test.m, 3052 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\parse_input_parameter.m, 3082 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\subsasgn.m, 2766 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@ba_optical_flow\subsref.m, 2685 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\classic_nl_optical_flow.m, 5848 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\compute_flow.m, 7259 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\compute_flow_base.m, 6418 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\display.m, 2459 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\evalaute_wa_log_posterior.m, 5372 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\evaluate_log_posterior.m, 3116 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\flow_operator.m, 4768 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\parse_input_parameter.m, 3082 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\subsasgn.m, 2763 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@classic_nl_optical_flow\subsref.m, 2690 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\compute_flow.m, 4198 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\compute_flow_base.m, 3653 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\compute_flow_increment_cgd.m, 3698 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\display.m, 2452 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\evaluate_log_posterior.m, 2463 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\evaluate_log_posterior_grad.m, 3479 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\flow_operator.m, 3440 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\hs_optical_flow.m, 4372 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\parse_input_parameter.m, 3233 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\subsasgn.m, 2760 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\@hs_optical_flow\subsref.m, 2688 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\data\other-data\RubberWhale\frame10.png, 360913 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\data\other-data\RubberWhale\frame11.png, 361085 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\data\other-gt-flow\RubberWhale\flow10.flo, 1812748 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\estimate_flow_demo.m, 5220 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\estimate_flow_interface.m, 3134 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\load_of_method.m, 6734 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\readme.pdf, 38896 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\deriv.m, 1972 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\deriv_over_x.m, 2036 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\display.m, 2007 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\evaluate.m, 1950 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\evaluate_log.m, 2033 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\charbonnier.m, 2650 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\gaussian.m, 2252 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\geman_mcclure.m, 2277 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\generalized_charbonnier.m, 2424 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\huber.m, 2386 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\lorentzian.m, 2317 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\mixture.m, 3071 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\quadratic.m, 2223 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\spline.m, 2243 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\tdist.m, 2784 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\tdist_unnorm.m, 2415 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\private\tukey.m, 2394 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\robust_function.m, 4757 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\subsasgn.m, 2483 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\@robust_function\subsref.m, 2472 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\compute_conv2_valid_mask.m, 2367 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\compute_image_pyramid.m, 2506 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\compute_image_pyramid2.m, 2739 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\convmtxn.m, 4045 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\denoise_color_weighted_medfilt2.m, 4793 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\denoise_LO.m, 2462 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\denoise_robust2.m, 3458 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\detect_occlusion.m, 2173 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\downloaded\copyright.txt, 1551 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\downloaded\getversion.m, 1839 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\downloaded\Lab2RGB.m, 2039 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\downloaded\license.txt, 1334 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\downloaded\RGB2Lab.m, 1881 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\evaluate_weighted_energy.m, 7412 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowAngErr.m, 2907 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\colorTest.m, 2448 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\computeColor.m, 3178 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\flowToColor.m, 2681 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\readFlowFile.m, 2775 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\README.txt, 239 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flowColorCode\writeFlowFile.m, 2565 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\flow_aae.m, 2423 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\imfiltermtx.m, 6298 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\imwarp.m, 3960 , 2018-08-28
NBU-SIRQA-master\TEST-only\disparity\flow_code\utils\interp2_bicubic.m, 6172 , 2018-08-28

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    从原始图像产生噪声图像，使用db1执行2层小波，使用wpbmpen进行全阈值选择，采用硬阈值和软阈值处理方式,保存低频,进行图像降噪，并绘制各分解系数图像。(Generated noise image from the original image, using db1 wavelet perform two layers using wpbmpen full-threshold selection, using hard threshold and soft threshold approach, saving low frequency, image noise reduction, and draw the decomposition coefficients images.)
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    2013-04-21 20:54:48下载
    积分：1
  • biancheng
    实现图像自动拼接和匹配，是毕业设计的作品，看看一定会对你有所帮助的！(Automatic image stitching and matching to achieve is a graduate design work, will you take a look at some helpful!)
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