基于流感知的复杂网络应用识别模型

doi:10.11959/j.issn.1000-436x.2015070

Abstract

Abstract:

Traditional methods of protocol identification, which is mainly based on individual flow, lose their effective-ness as dealing with sophisticated network applications. A novel model of identifying sophisticated network applications, called flow-aware model, is addressed. This proposed model abstracts the characteristics of sophisticated network appli-cations from spatial dimension, time dimension and flow dimension, and provides the detailed analysis and deeply mining in characteristics of behaviors and states. Based on this model, a framework and method of sophisticated network appli-cations identification is proposed. The experimental results demonstrate that the proposed method can achieve the pur-pose of identifying sophisticated network applications effectively.

Key words: protocol identification, behavior analysis, flow aware, sophisticated network application

Luo-shi ZHANG,Da-wei WANG,Yi-bo XUE. Flow-awared identification model of sophisticated network application[J]. Journal on Communications, 2015, 36(3): 161-169.

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编号	特征名称	特征描述
1	Ip_num	同一个内网IP所连接的外网IP数
2	Flow_num	同一个内网IP收发的网络流数
3	Packets_num	同一个内网IP收发的数据分组数
4	Bytes_num	同一个内网IP收发的字节数

	数据集	网络流数量	网络分组数量
	Skype	207 532	1 287 402
训练集	Thunder	721 232	16 933 250
	PPS	530 695	48 341 227
	Skype	875 502	5 544 857
测试集	Thunder	1 624 724	38 145 643
	PPS	1 890 933	1 392 988 874

复杂网络应用	准确率	识别协议	分组百分比	流百分比
		Skype	64.75%	79.66%
Skype	79.66%	SSL	32.23%	16.93%
		DNS	2.18%	1.69%
		BitTorrent	1.91%	16.47%
		DNS	0.62%	4.13%
Thunder	16.47%	HTTP	4.33%	8.78%
		Unknown	92.35%	69.08%
		Other	0.79%	1.54%
		H232	0.11%	0.99%
PPS	23.32%	HTTP	7.53%	22.22%
PPS	23.32%	DNS	0.50%	20.15%
		Unknown	91.86%	56.64%

复杂网络应用	召回率	准确率
Skype	93.69%	96.01%
Thunder	95.73%	90.96%
PPS	92.82%	93.66%

Flow-awared identification model of sophisticated network application

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