The mobile wireless network is a network in which there are mobile nodes.
无线网络是一种在其中存在移动节点的通信网络。
While Bridged networking requires a constant physical link to a network, NAT networking is much more flexible and mobile, even when working over your wireless or VPN connection.
桥接连网需要一条到网络的永久物理链路，而 NAT连网灵活得多，在使用无线或 VPN 连接时甚至可以移动。
Present technologies would require a mobile device to have three different network connections: tiny range wireless, long range wireless, and very high speed wired.
当前的技术需要移动设备有三个不同的网络连接：小范围的无线，远程无线和有线高速。
In a mobile environment, this is extremely inefficient because of the amount of time a wireless network would take to exchange this information.
在移动环境中，这是极其低效率的，因为使用无线网络交换这种信息将花费大量的时间。
Therefore, TCP and the underlayer protocols should be optimized and improved to be suit to the wireless mobile network.
因此，TCP协议以及下层协议在无线移动网络中应用时需要进行优化和改进。
With the vast increase of the application of wireless network, the security of mobile computing has become one of the most important fields of modern network security.
随着无线网络应用的增长，移动计算的安全性问题日益突出，已经成为现代网络安全研究中一个极其重要的领域。
The wireless carrier is still talking about upgrading its 3G network to 3.5 G or HSPA+. HSPA+ will come to Los Angeles and other major cities in the United States this year, says T-Mobile.
这家无线通信商还在谈论把自己的3G网络升级到3.5G网络（又称为HSPA+).T-Mobile表示，HSPA+今年会覆盖洛杉矶和美国其他主要城市。
'We're not putting too many chips on that one,' says Robert Dotson, CEO of T-Mobile USA, the country's fourth-largest wireless-network operator.
美国第四大无线网络运营商t - Mobile USA的首席执行长戴森(robert Dotson)说，我们没有在那上面下太大赌注。
Presently, Mobile Communication Company's GPRS network that based on the 2.5 G can supply packet radio service and low cost service of wireless transmission.
目前，移动公司建成的基于2.5代移动通信gprs网络能够提供端到端的无线分组交换数据业务，提供低成本的数据无线传输业务。
Multicast conserves the network resources efficiently, it is significant to provide multicast mechanism in wireless mobile environment.
组播通信有效地节约了网络资源，在无线移动网络环境中引入组播有着非常重要的意义。
However, compared with fixed network, the wireless communication network which supports mobile computing has low bandwidth and poor quality.
然而，与固定网络相比，支持移动计算的无线通信具有带宽小、通信质量差的特点。
Mobile library; Mobile communication; Wireless network.
移动图书馆；移动通信；无线网络。
By supporting on the platform of wireless network communication combined with audio, visual, data, the port MIS spreads the mobile computer terminals into the operation site of port front.
使得港口经营业务管理信息系统（MIS）在语音、视频和数据三合一的无线网络通讯平台上，将移动计算机终端拓展到港口码头前沿的作业现场。
Adapters, such as wireless network (Ethernet) CARDS, connect your mobile device to a network.
适配器，例如无线网卡(以太网)，用于将您的移动设备连接到网络。
It has been the urgent demand for users to enjoy the high quality network service any time and any place in mobile wireless Internet.
在移动无线因特网中随时随地高质量地享受网络服务已经成为人们迫切的要求。
In this paper, a wireless mobile self-organized network simulation platform is constructed by the employment of NS2 system simulation tools, on which the FSLS routing protocol algorithm is realized.
本文采用NS2系统仿真工具搭建了无线移动自组织网的仿真平台，在此平台的基础上，实现了FSLS路由协议算法。
This paper introduces the technology of Mobile IP, indicates the shortcomings of it used in CDMA wireless network and discusses the hierarchical management idea.
介绍了移动IP技术，指出了传统移动IP技术在无线通信网中的不足，接着论述了分层管理的思想。
The traditional group key management doesn't account for the difficulties caused by the characteristics of wireless mobile network, so it can't be applied directly.
传统域密钥管理方案缺乏考虑无线移动网络自身特点给域密钥管理带来的困难，很难直接适用。
The rapid development of the wireless communications network has laid a foundation for mobile library's realization.
无线通讯网络的迅猛发展为移动图书馆的实现奠定了基础。
The IP-based wireless network will become the core of next generation mobile network.
基于IP的无线网络将成为下一代移动网络的核心。
This paper covers the discussion of the new technology to deliver voice, message and multimedia content over a wireless IP network, known as Unlicensed Mobile Access (UMA).
讨论了通过无线ip网络(未授权移动接入)传输语音、消息和多媒体信息的新技术，未授权移动接入技术是向通信技术融合迈进的第一步。
The wireless mobile self-organizing network is an equal wireless communication network which has no center.
无线移动自组织网是一种无中心的对等式无线通信网络。
The mobile ad-hoc network (MANET) is a multihop and wireless network which is dynamically produced without any fixed basic station or centralized management and which is extensively used.
网络是在没有任何现存网络基础设施或是集中管理的情况下动态形成的多跳无线移动网络，有着广泛的应用。
With the development and maturity of network and wireless communication technology, the study of wireless mobile network application in control systems is becoming a hotspot.
随着网络技术和无线移动通信技术日趋成熟，无线移动网络在控制系统中的应用也成为研究热点。
Wireless multihop network is the self-organized network architecture, which is composed of mobile nodes.
无线多跳网是一种由移动节点组建的自组织网络。
In recent years, how to manage mobile resources dispatching and allocation, how to improve wireless mobile network resource dispatching and allocation efficiency is the focus of study.
如何分配和调度这些移动资源，提高无线移动网络中资源分配和调度的效率，更是近年来研究的重点。
Mobile ad hoc networks (MANETs) are collections of wireless mobile nodes, constructed dynamically without the use of any existing network infrastructure or centralized administration.
是由一组无线移动主机组成的一个没有任何建立好的基础设施或集中管理设备的临时网络。
Wireless station is the end of mobile network, the cause of station synchronization issue can't be sure.
无线基站处于网络的末端，由基站同步引发的问题一般都比较难以定位，不易重现。
Wireless station is the end of mobile network, the cause of station synchronization issue can't be sure.
无线基站处于网络的末端，由基站同步引发的问题一般都比较难以定位，不易重现。
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