ExpSSOA-Deep maxout: Exponential Shuffled shepherd optimization based Deep maxout network for intrusion detection using big data in cloud computing framework

The evolution of the Internet produced a large quantity of information. This makes the internet world more complex and affected by powerful attacks. In modern networks, the Intrusion Detection System (IDS) acts as a significant function for network security. The IDS can be either anomaly or signature-based behavior detection. Recently, several detection approaches have been proposed by researchers to find network intrusions. In this paper, a deep learning approach to intrusion detection using the Exponential Shuffled Shepherded Optimization Algorithm (ExpSSOA) is proposed. The proposed ExpSSOA combines the exponential weighted moving average (EWMA) and the shuffled shepherded optimization algorithm (SSOA). The proposed ExpSSOA-based Deep Maxout network for intrusion detection is examined using the MQTT-IOT-IDS2020 dataset and the Apache Web Server dataset. According to the experimental results using the Apache webserver dataset, the suggested ExpSSOA-Deep maxout network offers a better result with an accuracy of 0.883, an F-measure of 0.8768, a precision of 0.8746, and a recall of 0.8564. (c) 2022 Elsevier Ltd. All rights reserved.

Automated summary

The evolution of the Internet has led to an abundance of information, making the internet world more complex and susceptible to powerful attacks. The Intrusion Detection System (IDS) plays a crucial role in network security in modern networks, with two types of IDS - anomaly-based and signature-based behavior detection. Researchers have proposed various detection approaches for network intrusions. This paper introduces a deep learning approach using the Exponential Shuffled Shepherded Optimization Algorithm (ExpSSOA) for intrusion detection. The proposed ExpSSOA-based Deep Maxout network is evaluated using the MQTT-IOT-IDS2020 dataset and the Apache Web Server dataset, showing better results in terms of accuracy, F-measure, precision, and recall.