Description: This program is a toolbox for image processing, including image denoising and decompression algorithms.
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File list (Check if you may need any files):
imagebox\image box\.DS_Store
........\.........\apply_colormap.m
........\.........\barb.png
........\.........\callback_ti_wavelets.m
........\.........\change_color_mode.m
........\.........\compile_mex.m
........\.........\compute_avi_file.m
........\.........\compute_dead_leaves_image.m
........\.........\compute_directional_kernel.m
........\.........\compute_gabor_filter.m
........\.........\compute_periodic_poisson.m
........\.........\compute_random_patches.m
........\.........\compute_ssim_index.m
........\.........\compute_subwindows_energy.m
........\.........\compute_subwindows_matrix.m
........\.........\compute_texture_patchwork.m
........\.........\compute_total_variation.m
........\.........\copying
........\.........\copyright
........\.........\display_image_layout.m
........\.........\grab_inpainting_mask.m
........\.........\imageplot.m
........\.........\imagesc_log.m
........\.........\imagesc_std.m
........\.........\lena.png
........\.........\load_hdr.m
........\.........\load_image.m
........\.........\mex\config.h
........\.........\...\perform_adaptive_filtering.cpp
........\.........\...\perform_adaptive_filtering.def
........\.........\...\perform_adaptive_filtering.vcproj
........\.........\perform_2d_int_translation.m
........\.........\perform_adaptive_filtering.dll
........\.........\perform_adaptive_filtering.mexglx
........\.........\perform_adaptive_filtering.mexmaci
........\.........\perform_bilateral_filtering.m
........\.........\perform_blurring.m
........\.........\perform_directional_filtering.m
........\.........\perform_fast_rbf_interpolation.m
........\.........\perform_image_extension.m
........\.........\perform_image_resize.m
........\.........\perform_image_similitude.m
........\.........\perform_lic.m
........\.........\perform_local_dct_transform.m
........\.........\perform_median_filtering.m
........\.........\perform_shape_smoothing.m
........\.........\perform_tv_correction.m
........\.........\perform_tv_hilbert_projection.m
........\.........\perform_tv_projection.m
........\.........\perform_varying_blurring.m
........\.........\perform_windowed_dct4_transform.m
........\.........\perform_windowed_dct_transform.m
........\.........\perform_windowed_fourier_transform.m
........\.........\perform_zooming.m
........\.........\readme.txt
........\.........\read_lum.m
........\.........\select_region.m
........\.........\select_sub_image.m
........\.........\symmetric_extension.m
........\.........\test_adaptive_filtering.m
........\.........\test_analysis_regularization.m
........\.........\test_bilateral.m
........\.........\test_directional_filtering.m
........\.........\test_hdr_tonemapping.m
........\.........\test_image_similitude.m
........\.........\test_lic.m
........\.........\test_local_dct.m
........\.........\test_periodic_laplacian.m
........\.........\test_structure_tensor.m
........\.........\test_structure_texture_decomposition.m
........\.........\test_svd_image.m
........\.........\test_tv_projection.m
........\.........\test_windowed_fourier_transform.m
........\.........\.oolbox\callback_atrou.m
........\.........\.......\clamp.m
........\.........\.......\compute_gaussian_filter.m
........\.........\.......\compute_grad.m
........\.........\.......\compute_rigidity_tensor.m
........\.........\.......\compute_structure_tensor.m
........\.........\.......\crop.m
........\.........\.......\div.m
........\.........\.......\getoptions.m
........\.........\.......\grad.m
........\.........\.......\perform_convolution.m
........\.........\.......\perform_dct_transform.m
........\.........\.......\perform_histogram_equalization.m
........\.........\.......\perform_tensor_decomp.m
........\.........\.......\perform_tensor_recomp.m
........\.........\.......\perform_vf_integration.m
........\.........\.......\perform_vf_normalization.m
........\.........\.......\plot_tensor_field.m
........\.........\.......\prod_tf_sf.m
........\.........\.......\prod_tf_tf.m
........\.........\.......\prod_tf_vf.m
........\.........\.......\prod_vf_sf.m
........\.......