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Table 16 Performance and coding efficiency comparisons of proposed algorithm with[9, 18] for IBBP frame structures

From: Fast mode decision based on human noticeable luminance difference and rate distortion cost for H.264/AVC

IBBP

Video

Eduardo et al.[9]

JNDMD [[18]]

Proposed

BDPSNR

BDBR (%)

TS (%)

BDPSNR

BDBR (%)

TS (%)

BDPSNR

BDBR (%)

TS (%)

Akiyo

−0.020

0.390

73

0.001

−0.014

58.306

−0.019

0.368

69.400

Container

−0.010

0.290

71

−0.007

0.160

57.202

−0.011

0.255

70.928

Mobile

−0.160

3.850

51

−0.019

0.421

51.623

−0.022

0.487

53.421

Paris

−0.120

2.100

58

−0.045

0.863

55.280

−0.044

0.835

64.516

Carphone

−0.050

0.740

52

0.006

−0.134

52.423

−0.032

0.648

64.803

Claire

0.010

−0.220

73

−0.010

0.132

55.931

−0.045

0.732

73.442

Coastguard

−0.080

2.260

50

−0.031

0.933

46.129

−0.022

0.662

52.038

Highway

−0.030

0.670

61

−0.088

2.666

54.853

−0.056

1.690

63.33

Miss-Amer.

−0.020

0.800

71

−0.033

0.686

60.360

−0.036

0.753

74.131

News

−0.080

1.100

66

−0.031

0.511

56.887

−0.06

0.984

68.553

Average

−0.056

1.198

62.6

−0.026

0.622

54.899

−0.035

0.741

65.456