Figure 8.
The left panel is U V G. The horizontal axis shows b p p from 0.04 to 0.12. The vertical axis shows P S N R from 35.0 to 38.0. V C T rises from about 35.3 near 0.04 b p p to about 37.8 near 0.115 b p p. A T E M-Pool rises from about 35.1 near 0.04 b p p to about 37.6 near 0.12 b p p. A T E M-M L P rises from about 35.2 near 0.04 b p p to about 37.6 near 0.12 b p p. A T E M-Conv rises from about 35.6 near 0.04 b p p to about 37.9 near 0.12 b p p. A T E M-Hybrid A C rises from about 35.8 near 0.04 b p p to about 38.0 near 0.115 b p p. A T E M-Hybrid C A rises from about 35.9 near 0.04 b p p to about 38.0 near 0.11 b p p. A T E M-S w i n rises from about 35.8 near 0.04 b p p to about 38.0 near 0.115 b p p. The right panel is M C L-J C V. The horizontal axis shows b p p from 0.05 to 0.15. The vertical axis shows P S N R from 36.0 to 38.5. V C T rises from about 35.9 near 0.05 b p p to about 38.2 near 0.15 b p p. A T E M-Pool rises from about 35.9 near 0.058 b p p to about 38.0 near 0.15 b p p. A T E M-M L P rises from about 35.9 near 0.057 b p p to about 38.0 near 0.15 b p p. A T E M-Conv rises from about 36.0 near 0.05 b p p to about 38.3 near 0.15 b p p. A T E M-Hybrid A C rises from about 36.1 near 0.05 b p p to about 38.4 near 0.15 b p p. A T E M-Hybrid C A rises from about 36.1 near 0.05 b p p to about 38.4 near 0.15 b p p. A T E M-S w i n rises from about 36.1 near 0.05 b p p to about 38.4 near 0.15 b p p.Rate-distortion curve of VCT baseline with different ATEM implementation for the UVG and MCL-JCV data sets. We scaled up the main portion of the curve for easier observation
Source: Authors’ own work