下一代网络

下一代网络性能监测及在QoS管理中的应用

Performance Monitoring of NGN and its Application in QoS Management

基于阻塞约束的QoS路由算法为目前的IP网络过渡到下一代网络提供了一个较好的QoS路由方案。

It 's a good routing solution to transit from IP network to NGN .

下一代网络及其核心技术SoftSwitch

Next Generation Network and Its Core Technology : Soft Switch

下一代网络（NextGenerationNetwork，NGN）是电信网络的未来发展方向。

Next Generation Network ( NGN ) is the direction of development of the telecommunication network .

为了构建下一代网络，Internet的体系结构需要某种根本性的变革。

In order to satisfy the requirements of the future networks , the architecture of the Internet needs some essential reformation .

网格被认为是下一代网络，其目标在于实现Internet环境内的资源共享和协同工作。

Grid is considered as next generation network , which aims to achieve resource sharing and cooperating work in environment of internet .

和欣嵌入式操作系统所开发的CAR构件技术在吸收面向对象编程和面向构件编程技术经验的基础上，更好的支持面向以WEBService为代表的下一代网络应用软件的开发。

CAR component technology which is developed by Elastos OS supports the next generation Internet software development in the lead of the Web service .

分析了下一代网络体系结构，如Internet体系结构的初衷与需求变化；

The next-generation network architecture is analyzed from following aspects : the initial design of the Internet architecture and its demand are changing ;

面向下一代网络的开放式API技术研究

Study on Open API Technology for NGN

下一代网络互连协议（IPV6）已经开始投入使用。

The next generation network Internet protocol IPv6 has been deployed .

下一代网络IPv6的移动切换优化策略

The Optimization Policy of Mobile Handoff of Next Generation Network Ipv6

基于IPv6的下一代网络在校园网中的实现

Realization of Next Network Technology Based on IPv6 in Campus Network

作为一种新兴的无线通信技术，无线网格网（Mesh）已经被越来越多的人认可为下一代网络通信的关键技术之一。

Wireless Mesh Networks ( WMNs ) have emerged as a key technology for next-generation wireless networking .

下一代网络是以IP技术为核心的，可以同时支持语音、数据和多媒体业务的，开放的，融合的网络。

The next generation network ( NGN ) will be an integrated network merging voice , data and multimedia services .

服务质量（QoS）[1]已成为下一代网络正常运营的关键性问题。

Quality of Service ( QoS ) has become one of the key issues in NGN .

IMS（IP多媒体子系统）是下一代网络的重要选择之一。

IMS ( IP Multimedia Subsystem ) is an important solution for the next generation network .

基于SIP的下一代网络增值业务平台的设计

Design of SIP-Based NGN Increment Business Platform

下一代网络（NGN）的发展及其与IPv6的关系

Development of Next Generation Network ( NGN ) and Its Relationship with IPv6

对全IP的下一代网络中已经采用的以及一些备选移动性管理协议方案进行讨论和比较总结，并针对其中的网络层解决方案MobileIP协议进行了具体分析。

Analysis and compare mobility management protocol and scheme used in Next-Generation All-IP network , analysis the Mobile IP solution in network-layer in detail . 3 .

作为下一代网络（NGN）软交换的关键协议，具有极强的业务融合能力。

As a key protocol it have strong ability to integrate various services .

VoIP技术为基于IP网络的语音通信提供了强大而有效的手段，以该技术为基础的语音通信将成为下一代网络应用的发展方向之一。

Voice communication based on IP network is implemented using VoIP technology , which will be the trend in NGN .

基于控制件与转发件分离（ForCES）的集群路由器架构，能很好地满足下一代网络对路由器所提出的开放性、可扩展性、可编程性以及高可用性的需求。

The architecture of ForCES-based cluster router can well satisfy the needs of next generation network such as openness , extensibility , programmability and high availability .

在下一代网络协议（IPv6）中，业界普遍接受的IP安全方案是IPsec。

With regard to the next generation IP protocol ( IPv6 ), the widely accepted security architecture is IPsec .

下一代网络技术&IPoverDWDM浅谈

The New Generation of Network Technology & IP over DWDM

IP多媒体子系统（IMS，IPmultimediasubsystem）是3GPP提出的基于IP的下一代网络核心网解决方案。

The IP Multimedia Subsystem ( IMS ) is the solution to the core network of NGN defined by the 3GPP .

下一代网络（NGN）中的软交换技术研究

Research of Soft-Switch Technology in Next Generation Network

IPv6作为下一代网络的基础以其各方面的技术优势得到广泛的认可。

IPv6 is widely recognized as a basis of the next generation network and with its technical superiority .

IETF于1994年正式提出的Internet协议第六版（IPv6）作为下一代网络协议。

IETF proposed officially Internet Protocol Version 6 ( IPv6 ) which in 1994 as the next generation internet protocol .

然而，采用尽力服务模型的现有IP网络因缺乏QoS保证而不能满足下一代网络的要求，端到端网络QoS保证机制的完善已经成为了下一代网络发展的当务之急。

While IP networks which provide best effort service can 't ensure QoS , so can 't meet the NGN bearer network 's requirement .

目前，电信网络正在向全IP并能够提供多种业务能力的融合的下一代网络演进。

At present , the telecommunication network is developed into the next generation which is based on all-IP and can provide with a wide range of services .