Research Article
Deep-Stacking Network Approach by Multisource Data Mining for Hazardous Risk Identification in IoT-Based Intelligent Food Management Systems
Table 3
Identification result of the risk level in comparative methods.
| Models | Accuracy (%) | Model parameters (megabyte) | Architecture-1 | Architecture-2 | Architecture-1 | Architecture-2 |
| Logistic regression [19] | 59.21 | 69.35 | 41.31 | 43.25 | K-nearest neighbour [35] | 66.32 | 69.01 | 50.65 | 61.36 | Support vector machine [20] | 66.70 | 72.60 | 47.33 | 58.97 | Extra trees [18] | 71.88 | 72.83 | 63.57 | 70.65 | Gradient boosting [22] | 78.94 | 81.29 | 61.37 | 66.91 | Random forest [26] | 80.51 | 83.93 | 70.18 | 81.32 | Decision tree [17] | 83.97 | 85.45 | 72.34 | 79.25 | AlexNet [26] | 70.62 | 71.32 | 218.96 | 223.54 | VGG [28] | 72.88 | 73.94 | 320.78 | 365.12 | GoogLeNet [27] | 85.18 | 87.98 | 425.89 | 478.23 | ResNet [29] | 87.26 | 89.68 | 507.34 | 528.67 | Deep forests [32] | 90.73 | 92.47 | 385.32 | 419.11 | Proposed DSN | 94.88 | 97.62 | 202.53 | 211.26 |
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