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- In the air/ground subnetwork of ATN，the cost of header occupies great proportion of the entire packet transmission.A new packet header compression algorithm is presented in the paper. 在航空电信网的空地通信中，报头开销占了整个报文传输的很大比例，严重浪费了宝贵的空地无线通信资源。
- packet header compression 报头压缩
- This paper describes the principle and the feasibility of ROHC ?Robust Header Compression? protocol? puts forward the packet stream distinguish method? then implements ROHC in Linux system of Compaq iPAQ. 描述了鲁棒性头标压缩(ROHC)协议的原理和可行性,提出了改进的分组流区分方法,并在CompaqiPAQ平台的Linux系统中实现了该协议。
- When RTMP data is packetized, a packet header is generated. 当RTMP数据打了包，包头也就产生了。
- The router updates its cache, installs the new MAC address into the packet header and launches the packet. 路由器因此更新高速缓存，把新的MAC地址装进包的报头并发送该包。
- In this paper it proposes a new covert communication method which is based on TCP/IP protocol packet header. 借鉴隐蔽通道技术思想提出了一种基于TCP/IP协议报文头部的隐蔽通信方法。
- Degermark, M., Nordgren, B. and Pink, S., “IP Header Compression,” RFC 2507, IETF, Network Working Group,Category:Standards Track, February 1999. 许晓青，网际网路攻击来源回溯之研究，国立中央警察大学资讯管理研究所硕士论文，2005年6月。
- Forging any TCP/IP packet header or any part of the header information in any e-mail or newsgroup posting. 锻造任何TCP/IP数据包标头或任何部分的标题信息，在任何电子邮件或新闻组张贴。
- The Interactive Media Activity will help students identify the fields in an OSPF packet header. 互动媒体活动中将帮助学生确认OSPF封包标头的栏位。
- In order to improve the spectrum efficiency of wireless channel, header compression schemes are used to reduce the TCP/IP protocol header size in wireless IP networks. 摘要在无线IP网络中，采用报头压缩技术减小TCP/IP协定报头带来的额外开销，提高无线通道的频谱利用率。
- TTL is a field in the IP packet header used by IP to provide a limitation on packet forwarding. TTL是在IP封包表头内的一个栏位，IP使用来提供对封包转送的限制。
- The real-time control protocol(RTCP) in RTP can determine the transmit frequency of RTP packet by time stamp and sequence number in the RTP packet header. 其中，即时传输控制协定（RTCP）负责控制封包的传送，藉由RTP封包内的时间标记与序号计算出用来控制传送的变数；
- It is known that the deep packet content matching and the packet header matching are the two most significant bottlenecks for NIDS to work in high-speed links. 实际测试表明NIDS工作在高速网络环境中面临的最大的计算性能瓶颈为数据包深度内容模式匹配与包头规则匹配。
- If the destination's MAC address appears,the router installs that MAC address in the packet header (removing its own MAC address because that's no longer needed) and sends the packet to the destination endstation. 如果目的地的MAC地址出现了，该路由器就把这个MAC地址装进包的报头中（取掉自己的MAC地址，因为不再需要它了），把该包送到目的端站。
- Data header compression technique in PDCP 第三代移动通信系统中PDCP的数据头压缩技术
- If the destination's MAC address appears, the router installs that MAC address in the packet header (removing its own MAC address because that's no longer needed) and sends the packet to the destination endstation. 如果目的地的mac地址出现了，该路由器就把这个mac地址装进包的报头中(取掉自己的mac地址，因为不再需要它了)，把该包送到目的端站。
- We propose to use stateless source routing as the underlay routing scheme instead of straightforward unicast.Stateless source routing encodes the destinations and forwarders into packet header. 我们提出要以无状态来源路由来做为底层的路由方法，而不像以往只使用单纯的单播。
- Robust Header Compression (ROHC) 健壮的报头压缩
- TCP/IP header compress algorithm compresses the header of TCP/IP datagram, from 40 bytes of typical TCP/IP datagram header to between 3 bytes to 16 bytes, to improve the transfer performance over low speed serial links. TCP/IP头压缩算法对TCP/IP数据包的包头进行压缩,能将40字节长的标准TCP/IP头压缩到3~16字节之间,从而提高在低速串行线路上TCP/IP数据的传输效率。
- IPv6 also includes improved packet headers,which are quite different from IPv4's packet headers. IPv6还包含了改进的包报头，它与IPv4的包报头差别很大。
