In this repo we aim to implement the workflow proposed in the experimental work Performance of Standard Codecs and Image Quality Assessment at Different Distances and Perspectives to give a proper evaluation of CGH (Computer Generated Hologram) generated with differents algorithms.
- Windows 10
- Matlab
- Image Processing Toolbox
- Signal Processing Toolbox
-
The command
setup_environmentwill generate the workspace and download the datasets. -
The command
benchmarkwill start the benchmarking process on all existing datasets.
For more documentation please refer to the related paper [LINK].
+ root +
+ codec +
| + HEVC
| + JPEG2000 +
| | + lib
| | + kakadu
| + SVT-AV1
| + AV1_libaom
| + ffmpeg
+ dataset +
| + Interfere1 +
| | + 3D_Cat +
| | | + bin
| | | + j2c
| | | + jpeg
| | | + pgm
| | | + yuv
| | + 3D_Multi +
| | | + bin
| | | + j2c
| | | + jpeg
| | | + pgm
| | | + yuv
| | + 3D_Venus +
| | | + bin
| | | + j2c
| | | + jpeg
| | | + pgm
| | | + yuv
| + Interfere2 +
| | + cat8KD +
| | | + bin
| | | + j2c
| | | + jpeg
| | | + pgm
| | | + yuv
| | + venus8KD +
| | | + bin
| | | + j2c
| | | + jpeg
| | | + pgm
| | | + yuv
+ debug
+ script +
| + CompReg_Rendering
| + benchmark_utils
| + TF
| + YUV