Research Article
An Edge-Assisted Computing and Mask Attention Based Network for Lung Region Segmentation
Table 6
Results of EAM-Net and the state-of-the-art lung region segmentation methods on the Montgomery dataset.
| Methods | PA (%) | Dice (%) | JA (%) |
| Feature selection with BN [10] | 78.06 | 62.31 | 43.97 | Feature selection with MLP [10] | 79.16 | 64.17 | 46.04 | Feature selection with RF [10] | 80.81 | 66.32 | 49.27 | Feature selection and vote [10] | 83.44 | 69.89 | 53.72 | Bayesian feature pyramid network [21] | 96.19 | 93.07 | 87.04 | Souza et al. [8] | 97.01 | 94.12 | 88.27 | Rahman et al. [18] | 96.84 | 94.25 | 89.13 | ET-Net [20] | 98.51 | 97.29 | 94.32 | CFCM18 [24] | 98.19 | 96.67 | 93.61 | CFCM34 [24] | 98.30 | 96.91 | 93.99 | CFCM50 [24] | 98.35 | 97.01 | 94.17 | CFCM101 [24] | 98.46 | 97.18 | 94.55 | Yahyatabar et al. [17] | 98.52 | 97.30 | 94.74 | X-ray-Net [23] | 98.57 | 97.44 | 94.93 | EAM-Net | 99.16 | 98.23 | 96.52 |
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Bold values represent the the highest performance for each performance metric.
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