A survey on deep packet inspection

Reham Taher El-Maghraby, Nada Mostafa Abd Elazim, Ayman M. Bahaa-Eldin
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引用次数: 34

Abstract

Deep Packet Inspection (DPI) considered as one of the most important parts in content-aware network applications such as copyright enforcement, Intrusion detection system (IDS) and other applications will be discussed later. DPI rely on comparing to parts payload and signature (IP header). IT compares them with known signatures to decide if the packet is harmful (similar to any of attacks database signatures) and delete it or pass it through the network flow. it deals with the content below the 4th layer of the IP packet that includes source and destination ports, source and destination addresses and type of protocol. It classifies type of the application depending on its port number. For signature comparison, many algorithms are applied such as regular expressions (most popular) and others discussed later. Nowadays many applications rely on DPI for inspecting packets in network stream. This survey gives a brief idea about challenges in DPI and some of the design objectives. Then explaining in short words different matching algorithms with their limitations. At the end, some of the most popular techniques using DPI.
深度包检测技术综述
深度包检测(DPI)被认为是内容感知网络应用中最重要的部分之一,如版权保护、入侵检测系统(IDS)和其他应用将在后面讨论。DPI依赖于比较部件有效载荷和签名(IP头)。IT将其与已知签名进行比较,判断数据包是否有害(类似于任何一种攻击数据库签名),并将其删除或通过网络流传递。它处理IP包的第四层以下的内容,包括源和目标端口,源和目标地址以及协议类型。它根据端口号对应用程序的类型进行分类。对于签名比较,应用了许多算法,如正则表达式(最流行的)和后面讨论的其他算法。目前,许多应用都依赖于DPI来检测网络流中的数据包。这个调查给出了一个关于DPI的挑战和一些设计目标的简要想法。然后简要介绍了不同的匹配算法及其局限性。最后介绍一些使用DPI的最流行的技术。
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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