| Abstrakt: |
Over the past few years, rapid advancements in the internet and communication technologies have led to increasingly intricate and diverse networking systems. As a result, greater intelligence is necessary to effectively manage, optimize, andmaintain these systems. Due to their distributed nature, machine learning models are challenging to deploy in traditional networks. However, Software-Defined Networking (SDN) presents an opportunity to integrate intelligence into networks by offering a programmable architecture that separates data and control planes. SDN provides a centralized network view and allows for dynamic updates of flow rules and softwarebased traffic analysis. While the programmable nature of SDN makes it easier to deploy machine learning techniques, the centralized control logic also makes it vulnerable to cyberattacks. To address these issues, recent research has focused on developing powerful machine-learning methods for detecting and mitigating attacks in SDN environments. This paper highlighted the countermeasures for cyberattacks on SDNand howcurrentmachine learningbased solutions can overcome these emerging issues. We also discuss the pros and cons of using machine learning algorithms for detecting and mitigating these attacks. Finally, we highlighted research issues, gaps, and challenges in developing machine learning-based solutions to secure the SDN controller, to help the research and network community to developmore robust and reliable solutions. [ABSTRACT FROM AUTHOR] |
