Fragment packet partial re-assembly method for intrusion detection

Bo-heung Chung, Jae-Deok Lim, Seungho Ryu, Young-ho Kim, Ki-young Kim
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Abstract

This paper proposes the fragment packet partial re-assembly method for intrusion detection. In the proposed method, intrusion detection is performed not with all the fragment packets but with partial fragment packets. If the fragment packet comes, the packet-matching-buffer containing the partial part of the previous fragment packet and this packet is merged into a packet-matching-buffer. After this work, pattern matching for this buffer is done. Finally, for the purpose of the next packet, the partial region of the current packet is stored into the packet-matching-buffer. With the help of these steps, there are two advantages. The one is that it doesn't need to re-assemble all fragment packets for intrusion detection. The other is that the size of buffer can be smaller than all fragment packet re-assembly and can be predictable as a constant size. The proposed method can be used efficiently to prevent malicious code of attackers for avoiding intrusion detection system
入侵检测的片段包部分重组方法
提出了一种用于入侵检测的碎片分组部分重组方法。该方法不是对所有的分片报文进行入侵检测,而是对部分分片报文进行入侵检测。如果收到分片报文,则包含前一个分片报文部分内容的packet-matching-buffer与该报文合并为一个packet-matching-buffer。完成这项工作后,将完成该缓冲区的模式匹配。最后,为了下一个数据包的目的,当前数据包的部分区域被存储到数据包匹配缓冲区中。在这些步骤的帮助下,有两个好处。一是它不需要重新组装所有的片段数据包进行入侵检测。另一种是缓冲区的大小可以小于所有分片包的重新组装,并且可以预测为一个常数大小。该方法可以有效地阻止攻击者的恶意代码,从而避免入侵检测系统
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