1) Osip2 stack
Osip2协议栈
2) protocol stack
协议栈
1.
Analysis of SNMP and implementation of SNMP protocol stack;
SNMP协议分析与协议栈的实现
2.
Study of the Protocol Stack and Architecture of Multi-Service LAN Based on Bluetooth;
基于蓝牙的多业务局域网结构与网关协议栈的研究
3.
Research and Application of ZigBee 2006 Protocol Stack;
ZigBee 2006协议栈的研究与应用
3) Target TCP protocol stack
TargetTCP协议栈
4) oSIP stack
oSIP协议栈
1.
The session initiation protocol(SIP) was introduced,and a method to design IP phone s client terminal based on SIP was put forward, using oSIP stack.
以车载电子多媒体视听系统为研发背景,介绍了SIP协议,并提出了一种在OMAP5912平台下利用开源的oSIP协议栈设计与实现基于SIP协议的IP电话的方法,给出了IP电话终端的硬件电路设计。
5) dual stack
双协议栈
1.
The paper has discussed routing aspects of IPv6 transition,and introduced such techniques as dual stack application in dual-IP environment,point to point tunneling and NAT-PT based on ALG.
探讨了从IPv4向IPv6过渡过程中若干路由问题,提出了双IP层路下双协议栈、点到点的隧道技术以及基于应用层网关的NAT-PT技术。
2.
The thesis designs a IPv4/IPv6 dual stack firewall based on Linux,which chooses shield host system structure.
提出了一个新的采用屏蔽主机体系结构、基于Linux的Ipv4／IPv6双协议栈防火墙设计,同 时提出了防火墙系统中采用的双协议栈系统结构设计。
3.
Focusing on dual stack technology, the operation of nodes with a dual IP layer-IPv4/IPv6 nodes is discussed too.
重点研究IPv4向IPv6过渡方案中双协议栈技术的工作原理,技术特点,进而根据RFC国际化标准补充、完善了双协议栈节点的工作方式、路由发送算法;提出基于双协议栈技术的应用服务系统的技术解决方案。
6) IPv6 protocol stack
IPv6协议栈
1.
This paper introduces a video surveillance system based on IPv6 in embedded system,discusses the hardware design of the system s core equipments of the embedded video server,and emphatically describes how to realize the design and function of the IPv6 protocol stack in embedded video server.
介绍了基于IPv6的嵌入式视频监控系统设计方案,分析了系统中核心设备——嵌入式视频服务器的硬件设计,并重点阐述了IPv6协议栈在视频服务器中的设计与功能实现。
2.
Based on the analysis of IPv6 protocol stack of Linux operating system, this paper focuses on the implementation of IPv6 protocol stack in high-performance IPv6 routers.
本文在对基于Linux操作系统的IPv6协议栈分析的基础上,重点讨论了IPv6协议栈在高性能IPv6路由器中的实现,并针对高性能IPv6路由器中邻居发现协议(NeighborDiscovery, ND)在主控上实现时带来的链路层地址解析问题提出了解决方案。
补充资料：栈栈
1.众盛貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条