TrafficPSSF: A Fast and An Effective Malware Detection Under Online and Offline

Qi He, Zhenxiang Chen, Anli Yan, Lizhi Peng, Chuan Zhao, Yuliang Shi
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引用次数: 1

Abstract

The use of Android phones is becoming more and more widespread, and Android malware is also entering everyone’s field of vision. In this paper, we propose TrafficPSSF as a fast and an effective method for traffic detection and classification under online and offline detection. The traffic collection platform collects traffic data of application. Especially, we design an online detection and offline detection. One of the features of TCP session is the packet size, which is used for online detection. We can detect malicious traffic without waiting for all traffic packets to arrive, which can improve efficiency. What’s more, we use combination classifier model for our server to increase the accuracy of malicious detection. In the offline detection, we use seven statistical features of TCP as our model input and random forest algorithm for model training. The experiment shows that the online detection has 98.35% of the malicious detection rate, and the offline detection and classification accuracy rate reach 99.98%.
TrafficPSSF:一种在线和离线下快速有效的恶意软件检测方法
Android手机的使用越来越普遍,Android恶意软件也进入了每个人的视野。本文提出了一种快速有效的在线和离线检测下的流量检测和分类方法TrafficPSSF。流量采集平台用于采集应用的流量数据。特别地,我们设计了在线检测和离线检测。TCP会话的特征之一是数据包大小,用于在线检测。我们可以在不等待所有流量报文到达的情况下检测恶意流量,从而提高效率。此外,我们还对服务器使用了组合分类器模型,以提高恶意检测的准确性。在离线检测中,我们使用TCP的7个统计特征作为模型输入,并使用随机森林算法进行模型训练。实验表明,在线检测的恶意检测率达到98.35%,离线检测和分类准确率达到99.98%。
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