The last fragment has a non-zero Fragment Offset field, differentiating it from an unfragmented packet.
最后一个片段有一个非零的片段偏移字段，将它与未碎片化的包区分开。
This is then followed by the packet payload, which is fragmented according to the currently agreed-upon fragment size before it is serialized over the connection.
跟着包的有效负载的数据，他是根据当前协商的碎片的大小的碎片数据。数据碎片化是在他所在的链接上序列化之前进行的。
This kernel message indicates that someone (probably maliciously) sent you a packet that was too short even to contain the headers for the fragment.
这个核心信息提示有人(可能带有敌意)发送给你一个数据包，该数据包太小甚至片段都不包含标题。
The packet header itself is never fragmented, and its size does not count towards the data in the packet's first fragment.
包头自身并不会碎片化，他的大小不计于包的第一个碎片的数据中。
On the base of protocol analysis, the system USES the technology of the fragment reassembly of IP packet, TCP data flow reverting, etc. It reduces leak and mistake alert of the intrusion.
在协议分析的基础上，采用IP数据包分片重组、TCP数据流还原等技术，降低漏报率，减少误报率。
On the base of protocol analysis, the system USES the technology of the fragment reassembly of IP packet, TCP data flow reverting, etc. It reduces leak and mistake alert of the intrusion.
在协议分析的基础上，采用IP数据包分片重组、TCP数据流还原等技术，降低漏报率，减少误报率。
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