Research Article
Intrusion Detection System for Internet of Things Based on Temporal Convolution Neural Network and Efficient Feature Engineering
Table 11
Comparison with related work tested on Bot-IoT dataset.
| Ref | Model | Task | Accuracy | Precision | Recall | F1-score | Training time (s) |
| [49] | RNN | Binary | 99.7404% | 99.9904% | 99.7499% | — | 8035 | | LSTM | Binary | 99.7419% | 99.9910% | 99.7508% | — | 10482.19 | [61] | Ensemble learning | Binary | 99.97% | — | — | — | — | [25] | RNN with BPTT | Multiclass | 99.912% | — | — | — | 2012 | [50] | DeepDCA | Multiclass | 98.73% | 99.17% | 98.36% | 98.77% | — | [51] | ANN | Normal/DDoS | 100% | 100% | 100% | 100% | — | [52] | FNN | Multiclass | 99.02% | — | — | — | — | Our | TCNN | Multiclass | 99.9986% | 99.9974% | 97.4975% | 98.6641% | 424 | Work | LSTM | | 99.9654% | 99.9443% | 84.5703% | 89.3016% | 762 | CNN | | 99.9973% | 95.1360% | 97.0783% | 96.0500% | 419 | LR | | 99.2858% | 74.5496% | 98.6987% | 78.9640% | 709 | RF | | 97.4586% | 77.8298% | 98.8643% | 84.4592% | 191 |
|
|