Abstract:
Malicious software, commonly known as malware are constantly
getting smarter with the capabilities of undergoing self-modifications.
They are produced in big numbers and widely deployed very fast
through the Internet-capable devices. This is therefore a big data
problem and remains challenging in the research community. Existing
detection methods should be enhanced in order to effectively
deal with today’s malware. In this paper, we propose a novel realtime
monitoring, analysis and detection approach that is achieved
by applying big data analytics and machine learning in the development
of a general detection model. The learnings achieved through
big data render machine learning more efficient. Using the deep
learning approach, we designed and developed a scalable detection
model that brings improvement to the existing solutions. Our
experiments achieved an accuracy of 97% and ROC of 0.99.
Language:
English
Date of publication:
2018
University/affiliation:
Pagination:
20-26
Collection:
Other Papers, Posters and Presentations
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Project sponsor:
Mobility to Enhance Training of Engineering Graduates in Africa (METEGA); Regional Universities Forum for Capacity Building in Agriculture (RUFORUM)
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