This paper introduces the concept of all IP core network, then discusses the evolution of wireless network, backbone network, signalling network.
本文介绍了全IP核心网的概念以及无线网、骨干网、信令网的演进。
MPLS is a key technique which can solve problems existed in IP core network such as the performance of forwarding, differ service, traffic engineer and so on.
MPLS是一项有效解决核心网络转发性能、区分服务、流量工程等问题的关键技术；
Recall that the Internet protocol (IP) is the core network layer protocol that sits below the transport protocol (most commonly the Transmission Control protocol, or TCP).
回想一下，InternetProtocol (IP)是传输协议(通常称为传输控制协议或TCP)下面的核心网络层协议。
In the end, we proposed a parallel routing computation, which was aimed at the scalable and multi-route nodes IP routers on core network.
最后针对核心网络上具有多个路由节点的路由器提出了一种并行路由计算方法，使得路由计算能够在多个节点中同时进行。
A new remote boot technology based on IP storage area network was designed, and the core technology of it is the firmware protocol stack running under bare machine platform.
设计了一种基于IP存储区域网络的远程引导技术，该技术的核心是运行在裸机下的固件协议栈。
This article has expounded the integration of IP network and PSTN network, an integration of network with soft exchange as the core for the future.
文章阐述了采用软交换为核心的下一代网络实现网络的融合—IP网与PSTN网的融合。
The IP Multimedia Subsystem (IMS), as the core control for fixed and mobile access, enhances network capabilities, by separating control functions from bearer and services.
IP多媒体子系统(IMS)作为固定接入和移动接入的统一核心控制网络，采用控制和承载、控制和业务相分离的机制，网络能力得到很大增强。
In the Stage of R4, ATM and IP become main medium of circuit switch instead of TDM, which make codec modes of core network more agility.
在R4阶段，ATM和IP承载渐渐取代TDM承载成为电路域的主要传播媒介，这两类传输媒介的引入使得核心网采用的编解码方式更加的灵活。
IP Multimedia Subsystem (IMS) has been accepted as the core control platform of the 3g network. Its security problems are facing severe challenges now.
IP多媒体子系统(IMS)作为3g网络的核心控制平台，其安全问题正面临着严峻的挑战。
In this architecture only the control signaling is transmitted to the mobile core network, while user data is directly transmitted to the IP backbone.
这一方案中，只有控制信息被传输到移动核心网，而用户数据直接通过IP骨干网传输，这样可以极大地缓解无线数据业务对移动核心网的负荷。
The system adopts 16bit singlechip-XAS3 to be the core processor and applies W3100 to realize TCP/IP protocol conversion, thus achieve equipment' network function.
该系统以16位单片机XAS3为核心处理器，利用W3100进行TCP/IP协议转换，实现设备网络化功能。
The system adopts 16bit singlechip-XAS3 to be the core processor and applies W3100 to realize TCP/IP protocol conversion, thus achieve equipment' network function.
该系统以16位单片机XAS3为核心处理器，利用W3100进行TCP/IP协议转换，实现设备网络化功能。
应用推荐