一种增强水下图像对比度和边缘的新方法我要分享

Image-visibility-improving-master

Images

Images\101.jpg

La1_4.jpg

La1_5.jpg

La2_1.jpg

La2_2.jpg

La2_3.jpg

La2_4.jpg

La3_1.jpg

La3_2.jpg

La3_3.jpg

La3_4.jpg

La3_5.jpg

README.md

_config.yml

codes

codes\ColorHistogramEqulization.m

codes\DEHANZENET.m

codes\MyHistogramEqulization.m

codes\RealGWbal.m

codes\SimplestColorBalance.m

codes\UICM.m

codes\UIConM.m

codes\UIQM.m

codes\UISM.m

codes\autolevel.m

codes\bfilter2.m

codes\bfltColor.m

codes\bfltGray.m

codes\bilateralFilter.m

codes\bilateral_filter.m

codes\boxfilter.m

codes\convConst.mexw64

codes\convMax.m

codes\convolution.m

codes\dark_channelnew.m

codes\darktest.m

codes\dehaze.m

codes\dehaze.mat

codes\dehaze_fast.m

codes\expand.m

codes\gaussian_pyramid.m

codes\get_atmosphere.m

codes\get_dark_channel.m

codes\get_laplacian.m

codes\get_radiance.m

codes\get_transmission_estimate.m

codes\guided_filter.m

codes\guidedfilter.m

codes\hpfilter.m

codes\image2avi.m

codes\lab_to_rgb.m

codes\laplacia_conbine.m

codes\laplacian_pyramid.m

codes\load_image.m

codes\main_of_la.m

codes\main_test_diff_weights.m

codes\main_using_optimized.m

codes\maxfilt2.m

codes\pyramid_reconstruct.m

codes\rgb_to_lab.m

codes\run_cnn.m

codes\saliency_detection.m

codes\sse.hpp

codes\ssim.m

codes\ssim_score.m

codes\underwater.p

codes\underwaterimage2.p

codes\vanherk.m

codes\white_balance.p

codes\window_sum_filter.m

demo.m

result

result\La1_1.jpg

result\La1_2.jpg

result\La1_3.jpg

result\La1_4.jpg

result\La1_5.jpg

result\La2_1.jpg

result\La2_2.jpg

result\La2_3.jpg

result\La2_4.jpg

result\La3_1.jpg

result\La3_2.jpg

result\La3_3.jpg

result\La3_4.jpg

result\La3_5.jpg

result\We1_1.jpg

result\We1_2.jpg

result\We1_3.jpg

result\We1_4.jpg

result\We1_5.jpg

result\result1.jpg

result\result2.jpg

result\result3.jpg

result\result4.jpg

水下图像清晰化.avi