Table 2 Performance comparison of the adaptive WebP, progressive-VQGAN, and progressive-hyperprior models on the Kodak dataset across various SNR values

From: Deep learning-based image compression for wireless communications: impacts on robustness, throughput, and latency

SNR (dB)

Method

Throughput

PSNR

SSIM

Tavg

T99.9%

  

Mpps

dB

 

ms

ms

-10

Adaptive Webp

0.00

–

–

–

–

 

Progressive-VQGAN

4.88

25.64

0.71

63.14

272.00

 

Progressive-Hyperprior

18.00

24.99

0.68

21.52

108.00

-5

Adaptive Webp

0.00

–

–

–

–

 

Progressive-VQGAN

34.13

25.83

0.72

11.14

94.00

 

Progressive-Hyperprior

66.38

25.28

0.69

6.62

60.00

0

Adaptive Webp

74.63

27.47

0.75

5.37

265.00

 

Progressive-VQGAN

101.25

26.20

0.73

4.31

34.00

 

Progressive-Hyperprior

160.50

25.94

0.72

3.33

21.00

5

Adaptive Webp

454.50

27.63

0.76

1.82

71.00

 

Progressive-VQGAN

205.13

26.31

0.73

2.67

16.00

 

Progressive-Hyperprior

307.88

26.35

0.73

2.22

12.00

  1. We report throughput (Mpps), image quality (PSNR, SSIM), and latency (Tavg, T99.9%).
  2. Bold values show the best value in that SNR.