它还支持网络综合服务，即允许移动用户通过IP电话，连接网络站点和多媒体介质。
It also provides Web integration, allowing mobile users to access Web sites and multimedia on IP phones.
作为唯一一家在固定网络、移动网络和数据通讯IP技术等领域都进入全球前三强的设备供应商，华为为全球排名前50家运营商中的36家提供服务。
As the only global equipment supplier with its fixed network, mobile network and data communication IP technologies ranking top 3 in the world, Huawei provides service to 36 of world top 50 operators.
IMS定义了一个完整的体系结构和框架，允许在基于IP的基础设施上对声音、视频、数据和移动网络技术进行聚合。
IMS defines a complete architecture and framework that enables the convergence of voice, video, data and mobile network technology over an IP-based infrastructure.
这些应用可能使用任何IP设备，例如IP电话、移动设备和PC，利用业务应用系统和协同的数据来安全地整合IP电话技术。
These applications securely integrate IP telephony with business applications and corporate data on any IP device, including IP phones, mobile devices and PCs.
在某些环境中，您能够对网络进行设置，这样可以在不更改ip地址、主机名和域的情况下移动映像。
In some environments, you might be able to set up your network so that the images can be moved without changing IP address, host name, and domain.
这通常包括ARP广播(地址解析协议)，通知网络基础架构一个IP地址已经发生了移动。
It usually involves an ARP broadcast (address resolution protocol) that informs the network infrastructure that an IP address has moved.
仅将IP地址从一个位置移动到另一个位置总是最快速的方法。
Just moving the IP address from one place to another is always going to be the faster option.
用户代理一般是电话(POTS、移动电话、软件电话、IP -PB X设备，等等)，但可以是任意的允许SIP的设备。
User agents are typically phones (POTS, mobile phones, soft phones, IP-PBX devices, and so on), but can be any SIP-enabled device.
随着新的手持无线ip设备(例如，移动电话、PDA和车载设备)的出现，事实上应该是“MultiPlay”而不仅是“Triple Play”。
With the emergence of new handset wireless IP devices (for example, mobile phones, PDAs, and car embedded devices) the reality is more like "Multi Play" rather than only Triple Play.
ip地址是由8位数字标签组成，用以区分链接到计算机网络的移动设备(如便携式电脑，ipads，智能电话)。
IP addresses are the 8-bit numerical labels that identify mobile devices (laptops, iPads, smart phones) within computer networks.
这就是说，您的服务器是不断“移动”在互联网上和它的餐厅了一对一的关系，域名和IP地址。
This means that your server is constantly "moving" on the Internet and it messes up the one-to-one relationship between domain names and IP addresses.
现在GMRC正在构建一个模拟蜂窝网络，用于测试移动射频设备、基带及IP数据流。
Now GMRC is creating a cellular network emulator for testing mobile RF device, baseband and IP data traffic flows.
当然，在实际部署中，移动对等点可以在任何移动设备上运行，而且您可以只需将localhost更改成您的中继计算机的IP地址。
Of course, in real-world deployment, the mobile peer can run on any mobile device, and you can just change localhost to the IP address of your relay computer.
随着无线通信的迅猛发展，移动IP的应用越来越普遍，对安全性的要求也越来越高。
With the rapid development of wireless communication, the application of mobile IP becomes increasingly wide, the requirements for safety are al-so rising.
有目标代理不能管理的IP地址！这个用户无法移动！
Has IP address that can not be managed from the destination reseller! This user can not be moved!
为了减小基于MPLS的移动IP网络的信令开销、切换时延和切换丢包，人们提出了一种称为LSP扩展的移动性管理机制。
An LSP extension mechanism is proposed to decrease the signaling overhead and handoff delay and to eliminate the packet loss in MPLS based mobile IP networks.
而且，你可以将你的电脑从一个地方移动到另一个地方而不必改变IP地址，也不会中断正在进行的通信。
In addition, computer can be moved from one place to another without changing this IP address, without interrupting the current active communication.
以这些功能为基础本文介绍了两个移动资源分布式管理的应用，分别是：IP资源管理和VLR用户数据自动备份。
And two applications are introduced in this paper. They are IP resource management, and VLR Mobile user data auto backup. They both build on Memory Resident Database.
资源预留协议(RSVP)能够为IP网络建立和维护资源预留，但它是为固定网络设计的，不能满足移动环境的要求。
The Resource reservation Protocol (RSVP) can establish and maintain reservation for IP networks. However, RSVP is designed for fixed networks and hence inadequate for mobile environment.
基于IP的无线网络将成为下一代移动网络的核心。
The IP-based wireless network will become the core of next generation mobile network.
针对目前在移动IP上使用RSVP协议出现的问题提出了一种方案。
Aiming at the problems happened when RSVP works with mobile IP, the paper presents a scheme.
然而，移动IP并没有被设计来支持切换频繁环境中的快速和无缝切换。
Nevertheless, Mobile IP is not designed to support fast handoff and seamless mobility in handoff-intensive environments.
然而把现有的RSVP应用于移动IP网络就会存在许多问题。
However, there appear many problems when RSVP is applied to Mobile IP -based networks.
本论文的研究方向是移动IP协议规范及其实现。
This paper focuses on the research and implementation of protocol standard of Mobile IP.
移动IP与IP多播技术都是当前通信领域的热点。
Now mobile IP and IP multicasting technology are all important areas of Internet communication.
可想象的应用包括修改移动网络接入，IP电话，游戏服务，高清移动电视，视频会议，3d电视和云计算。
Conceivable applications include amended mobile web access, IP telephony, gaming services, high-definition mobile TV, video conferencing, 3d television, and cloud computing.
可想象的应用包括修改移动网络接入，IP电话，游戏服务，高清移动电视，视频会议，3d电视和云计算。
Conceivable applications include amended mobile web access, IP telephony, gaming services, high-definition mobile TV, video conferencing, 3d television, and cloud computing.
应用推荐