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title: A systematic review of datasets for intrusion detection systems | ||
date: 2023-12-13 | ||
presenter: Ilias Balampanis | ||
category: seminars | ||
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Intrusion Detection Systems (IDS) based on Machine Learning (ML) | ||
techniques are essential for cybersecurity, utilizing datasets to | ||
detect and mitigate malicious network or system activities. | ||
The efficacy of IDSs is contingent on datasets that are both | ||
extensive and representative of actual cyber threats, ensuring accurate | ||
and robust system performance evaluation. This paper reports on a | ||
systematic literature review (SLR) that examines the landscape of | ||
datasets for IDS training and evaluation. The SLR explores the traits, | ||
creation methods, and constraints of these datasets, alongside the | ||
identification of challenges in their generation and utility. Highlighted | ||
is the variance in dataset quality, the gradual pace of development, | ||
and the ongoing deficit of datasets in the intrusion detection domain. | ||
With the continuous evolution of cyber threats, a persistent reassessment | ||
of these datasets is imperative for maintaining their pertinence and | ||
efficacy. Our SLR aggregates and dissects the extant research to elucidate | ||
the strengths and weaknesses of current datasets, determining their aptness | ||
for varied IDS contexts. The objective is to delineate the present state of | ||
IDS datasets, suggest measures for their enhancement, and propose future | ||
research directions. We emphasize the need for standardized, comprehensive, | ||
and ethically sound datasets that reflect the evolving threat landscape. | ||
Future research should focus on data augmentation to cover a broader spectrum | ||
of attack scenarios, improving the robustness of IDS against diverse threats. | ||
Additionally, fostering open-source datasets and cross-sector collaboration | ||
is crucial for integrating practical, real-world cybersecurity challenges | ||
into academic research, thereby democratizing access and promoting innovation | ||
in IDS development. |