Hearing Cyber-Attacks: A Novel Model for Bridging Network Security Situation and Music

Yichuan Wang, Yibin Ma, Junxia Ding, Xiang Sun, Dan Wu, X. Hei
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Abstract

With the continuous evolution of network attacks, the risks brought by the network are also increasing. In order to enable network administrators to monitor the network situation more easily, quickly and efficiently, and discover security risks such as network anomalies or attacks in a timely manner, this paper proposes a solution about network situation auralization. The novelty of this method lies in that it solves the problems, including high professional requirements, frequent human-computer interaction, and poor situation presentation effect in traditional network security situation visualization, and instead displays the network situation in the form of music. The solution provides two models to be chosen from: one is to use the extracted network traffic data as notes to directly generate music and display it; the other consists of the following procedures: The first step is to calculate and classify the acquired MIDI music collection based on emotional color. The second step requires to slice the extracted network traffic data, performing sampling statistics in different intervals, the network situation of this section is mapped to the corresponding MIDI music collection for music display after analysis.
听觉网络攻击:一种桥接网络安全状况与音乐的新模型
随着网络攻击的不断演变,网络带来的风险也越来越大。为了使网络管理员能够更方便、快捷、高效地监控网络状况,及时发现网络异常或攻击等安全风险,本文提出了一种网络状况可视化解决方案。该方法的新颖之处在于解决了传统网络安全态势可视化中专业性要求高、人机交互频繁、态势呈现效果差等问题,以音乐的形式呈现网络态势。该方案提供了两种可供选择的模式:一种是将提取的网络流量数据作为音符,直接生成音乐并进行显示;第一步是根据情感色彩对获得的MIDI音乐收藏进行计算和分类。第二步需要对提取的网络流量数据进行切片,在不同的间隔进行采样统计,分析后将这一段的网络情况映射到相应的MIDI音乐集合中进行音乐显示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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