Description: Up-conversion of images using motion estimation algorithm for macroblock estimates, which use bi-directional motion estimation to extract the information
- [inserted] - Reading into a video sequence of arbitra
- [motionEstDS] - This is based on the movement block anal
- [1] - Image search matlab code, and they hope
- [ca3_sol] - Light flow method estimates the image ca
File list (Check if you may need any files):
motion estimation
.................\fg035.yuv
.................\fg037.yuv
.................\foreman005.yuv
.................\foreman007.yuv
.................\forman002_motion3_2(16).png
.................\forman002_motion3_3(16).png
.................\forman005_motion3_1(16).png
.................\forman005_motion3_2(16).png
.................\forman005_motion3_3(16).png
.................\forman006_motion3_1(16).png
.................\forman006_motion3_2(16).png
.................\forman006_motion3_3(16).png
.................\garden036AOBMP_2(16).png
.................\garden036OBMC_2(16).png
.................\garden036waveletAOBMP_2(16).png
.................\garden036_motion3_1(16).png
.................\garden036_motion3_2(16).png
.................\garden036_motion3_3(16).png
.................\garden036_Vaveletmotion_2(16).png
.................\garden036_Vaveletmotion_3(16).png
.................\garden3_1.png
.................\garden3_2.png
.................\garden3_3.png
.................\gardenAOBMP_2(16).png
.................\gardenAOBMP_2(8).png
.................\gardenOBMC_2(16).png
.................\gardenOBMC_2(8).png
.................\gardenOverlappingVector_2.png
.................\gardenOverlapping_2.png
.................\gardenSingle_2(16).png
.................\gardenSingle_2(8).png
.................\gardenSingle_2.png
.................\garden_mean1.png
.................\garden_mean2.png
.................\garden_motion3_1(16).png
.................\garden_motion3_1(8).png
.................\garden_motion3_2(16).png
.................\garden_motion3_2(8).png
.................\garden_motion3_3(16).png
.................\garden_motion3_3(8).png
.................\garden_motion3_vector(16).fig
.................\garden_motion3_vector(8).fig
.................\garden_Singlemotion_vector(16).fig
.................\garden_Singlemotion_vector(8).fig
.................\mean_frame.asv
.................\mean_frame.m
.................\mo001.yuv
.................\mo003.yuv
.................\mobile002_motion3_1(16).png
.................\mobile002_motion3_2(16).png
.................\mobile002_motion3_3(16).png
.................\mobile2AOBMP_2(16).png
.................\mobile2OBMC_2(16).png
.................\motion_estimation.asv
.................\motion_estimation.m
.................\motion_estimation1.asv
.................\motion_estimation1.m
.................\motion_estimation2.asv
.................\motion_estimation2.m
.................\motion_estimation3.asv
.................\motion_estimation3.m
.................\motion_estimation_rectify.asv
.................\motion_estimation_rectify.m
.................\overlapping.asv
.................\overlapping.m
.................\overlapping_vector.asv
.................\overlapping_vector.m
.................\PSNR.asv
.................\PSNR.m
.................\raised_cosine_window.asv
.................\raised_cosine_window.fig
.................\raised_cosine_window.m
.................\readsequence.m
.................\read_yuv_y.asv
.................\read_yuv_y.m
.................\single_motion_estimation.asv
.................\single_motion_estimation.m
.................\tennis065_motion3_1(16).png
.................\tennis066AOBMP_2(16).png
.................\tennis066OBMC_2(16).png
.................\tennis066_motion3_2(16).png
.................\tennis067_motion3_3(16).png
.................\tt065.yuv
.................\tt067.yuv
.................\wavelet_motion_estimation2.asv
.................\新建文件夹
.................\..........\waveletletlll.m
.................\..........\wavelet_motion_estimation2.m
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