Online Learning based Self-updating Incremental Malware Detection Model

Donghui Zhao, Liang Kou, Jilin Zhang
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Abstract

With the rapid evolution of machine learning technology, ML-based malware detection is widely accepted as a panacea towards effective malware de-tection. However, facing with the great number of detecion system, malware can always breakthrough. It is chanllenging for the train models to detect a malware that newly show up. This phenomenon is widely known as concept drift. To address this chal-lenge, we proposed a online learning based malware detection system, which is based on the API sequences generated by the processes when it is running and also able to recognize concept drift. The sustainbility of detection system can be significantly improved with online learning algorithms. Lastly, in order to detect malware as much as possible, we use the incremental model structure.
基于在线学习的自更新增量恶意软件检测模型
随着机器学习技术的快速发展,基于机器学习的恶意软件检测被广泛认为是有效检测恶意软件的灵丹妙药。然而,面对数量庞大的检测系统,恶意软件总能突破。对于列车模型来说,检测新出现的恶意软件是一项挑战。这种现象被广泛地称为概念漂移。为了解决这一挑战,我们提出了一种基于在线学习的恶意软件检测系统,该系统基于进程运行时生成的API序列,并且能够识别概念漂移。采用在线学习算法可以显著提高检测系统的可持续性。最后,为了尽可能多地检测恶意软件,我们采用了增量模型结构。
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