Research Article
IoT Security Detection Method Based on Multifeature and Multineural Network Fusion
Table 1
Comparison of this model detection method with other model detection methods.
| Papers | Scenarios | Model type | Advances |
| Awajan [26] | Neural network-based IoT detection | DNN-based | (i) Get dynamic access to IoT security data | (ii) Improved accuracy | Rami Reddy et al. [27] | Feature selection based on an improved version of the grey wolf algorithm | ECHIGWO-based algorithm | (i) Forward search to derive the optimal feature subset | (ii) Better optimization in class II and class V models | Bhandari et al. [28] | Artificial intelligence-based malware discovery framework | DNN-based ml model | (i) Capture dynamic IoT security status data to proactively uncover vulnerabilities | Thandapani et al. [29] | AI-based IoMT | CNN-based | (i) Multimodel training to improve feature accuracy | Kalutharage et al. [30] | Interpretable artificial intelligence (XAI) detection methods | Based on the automatic coding model | (i) Save data collection costs by capturing dynamic data with distributed deployment ids | (ii) Detecting diverse IoT security threats | Alzahrani and Alzahrani [31] | IoT anomaly mitigation system based on a multialgorithm model | Three algorithms based on ML models (KNN, EWMA, and CUSUM) | (i) Always acquire IoT data and proactively discover vulnerabilities | (ii) Streamlined model deployment costs |
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