Update README.md

@@ -21,17 +21,18 @@ Our Test Sequence
 - Input bit-depth: 8
 - Resolution: 768x768
 - HEVC & VVC QP: 22, 27, 32, 37
-- Compress AI Quality: 1, 2, 3, 4, 5, 6
+- Compress AI Quality: 1, 2, 3, 4
+- Proposed Method Quality: 1, 4, 6, 8
 
 #### Sensor-generated Sequence
 |Input bit-depth|Frame rate|Test sequence name|frame count|
 |:------:|:---:|:---:|:---:|
 |8|50|CrowdRun|100|
-|8|50|DucksTakeOff|100|
+|8|50|DucksTakeOff|75|
 |8|50|OldTownCross|100|
 |8|50|Parkjoy|100|
 
-#### Computer-generated Sequence
+#### Computer-generated Sequence (not use)
 |Input bit-depth|Frame rate|Test sequence name|frame count|
 |:------:|:---:|:---:|:---:|
 |8|60|ArenaOfValor|120|
@@ -94,6 +95,14 @@ Code explanation
 |   └── rgb_to_png.m
 ├── 영상 주관적 화질평가
 |   └── pYUV manual.docx
+├── 면담발표
+|   └── ...
+├── 면담보고서
+|   └── ...
+├── 멘토면담보고서
+|   └── ...
+├── 주간보고서
+|   └── ...
 ├── 기초조사서.docx
 ├── 중간보고서.hwp
 └── 최종보고서.docx
@@ -112,13 +121,20 @@ PostProcessing: HEVC 또는 VVC에서 Decoding된 영상(10bit, BGR)을 8it, RGB
 codec_allIntra: ALL Intra Compression Codec    
 codec_proposed: First Frame Intra Compression + Other Frame Residual(clip(recon-ref, -0.5, 0.5)+0.5) Compression Codec    
 codec_anotherMethod: First Frame Intra + Other Frame Residual1(clip(recon-ref, 0, 1)), Residual2(-clip(recon-ref, -1, 0)) Codec    
-
+train_RGB.py: Training code of RGB 444 format residual image
+train_YCbCr.py: Training code of YCbCr 444 format residual image
 
 명령어
 ```python
 python [codec name] [encode or decode mode] --model [model name] -m [mse] -fr [frame rate] -f [frame count] -q [quality] [sequence name]    
 ```
+```python
+python [train name] -d [data path] --epochs [epochs] -lr [learning rate] -fr [frame rate] -f [frame count] -q [quality] --batch-size [batch size]    
+```
 명령어 예시
 ```python
 python examples/codec-Copy2.py encode --model cheng2020-anchor -m mse -q 6 CrowdRun
 ```
+```python
+python examples/mse_ycbcr.py -d Data/ --epochs 150 -lr 1e-4 -q 4 --batch-size 16 --cuda --save
+```
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