Mobile multimedia services are thought as important services in 3g communication age.
移动多媒体服务被认为是3G通信时代的重要服务。
A general system architecture for distributed multimedia services is presented in the paper.
文章描述了一个通用的面向分布式多媒体服务的系统。
In the IMS network, users can use the rich multimedia services and high-speed data services.
在IMS网络上用户可以享受到丰富的多媒体业务和高速率的数据业务。
Service providers are looking for ways to reduce the time-to-market for rolling out new multimedia services.
服务提供商都在寻找减少推出新多媒体服务的上市时间的方法。
This scheme is the basis of supporting multimedia services, while it also causes high complexity and long process delay.
它是支持多媒体业务传输的基础，也是与第二代移动通信系统的重要区别之一。
SIP is simply structured and easy to be extended, thereby, it can accomplish multimedia services more quickly and neatly.
SIP具有简单、可扩展的特性，因此通过SIP进行业务管理，可以更快速更灵活的支持多媒体业务。
For mass deployment of interactive multimedia services to become a reality, today's networks must deliver greater throughput.
随着大规模部署交互式多媒体服务成为现实，今天的网络必须提供更大的吞吐量。
IBM delivers an IMS-based Multimedia Services solution that focuses on service development, deployment, execution, and the device.
IBM提供了以服务开发、部署、执行及设备为核心的基于IMS的多媒体服务(IMS - based Multimedia Services)解决方案。
We also analyze how to provide multimedia services with the variable quality and variable information rate in the proposed system.
我们还分析了在多用户多径分集方案中如何支持可变质量可变速率的多媒体业务。
Things like videophone and videoconferencing are usually called video services. This type is also regarded as multimedia services.
比如可视电话、会议电视等，这些被称作视像业务，也叫多媒体业务。
The goal of next generation wireless mobile communication system is to support high quality, high speed mobile multimedia services.
下一代无线移动通信系统的目标是支持高质量高速率的移动多媒体业务。
The IMS architecture delivers multimedia services that a user can access from various devices using an IP network or the traditional telephony system.
IMS体系结构可提供多媒体服务，供用户从使用IP网络或传统电话系统的各种设备进行访问。
Many telecommunications customers use AsiaSat for services such as public telephone networks, private VSAT networks and broadband multimedia services.
许多亚洲电信用户使用的服务，如公共电话网络，私营甚小孔径终端网络和宽带多媒体服务。
Compared to 2g network, the main advantage of TD-SCDMA network is that, it can afford high speed data and multimedia services, most of which occur indoor.
相比传统的2G网络，TD网络的主要优势就在于其能够提供高速的数据和多媒体等业务，而大部分数据业务发生在室内。
The next generation mobile communication systems will have higher spectrum efficiency, higher transmission rate, and provide multimedia services to the users.
下一代移动通信系统是一个高频谱利用率、高传输速率，并可提供多种服务的无线网络。
Network capabilities to support multimedia services and applications are described by means of reference configurations and corresponding network architectures.
支持多媒体业务和应用的网络能力以参考配置和相应网络结构的方式来描述。
Softswitch provides its network capability for Application Server through the service switch subsystem, gives strong support for developing multimedia services.
软交换通过业务交换子系统，向业务平台充分提供其自身的网络能力，对多方多媒体业务的开发提供强大支持。
It discusses the switch technique, control technique and multimedia services of the ATM networks, and also gives an application example of the multimedia ATM networks.
讨论了AT M网络的交换技术，控制技术，AT M网络的多媒体业务，并介绍了ATM多媒体网络应用情况。
This makes it possible to enjoy a variety of feature-rich wireless multimedia services, and it gives you the advantage of offering simultaneous voice and data services.
这使得人们有可能享受功能丰富的无线多媒体服务品种，它给你提供了同步语音和数据服务的优势。
SIP is currently the basic signaling and call setup protocol for IP telephony, and SIP applications are the basic way to provide voice and other multimedia services over IP.
SIP是当前IP电话的会话建立和信令控制的基础协议，SIP应用也是实现基于IP网络的语音等多种多媒体应用的基本途径。
The three layers described above provide an integrated and standardized network platform to allow service providers to offer a variety of multimedia services in the service layer.
上面描述的三个层提供了一个集成的标准网络平台，以允许服务提供商在服务层中提供各种多媒体服务。
IP multimedia Subsystem (IMS) is a set of specifications that describes the Next Generation Networking (NGN) architecture for implementing IP based telephony and multimedia services.
IP多媒体子系统(IMS)是一组规范，描述用于实现基于IP的电话和多媒体服务的下一代网络(NGN)体系结构。
In recent years, with the development of mobile communication technology and the rapid popularization of Internet, mobile multimedia services are more and more favored by users.
近年来，随着移动通信技术的飞速发展和互联网络的迅速普及，移动多媒体业务越来越多的受到了用户的青睐。
Joint source-channel coding (JSCC), which can approach the theoretical limit of transmission rates with varying channels, has a splendid application future in multimedia services.
联合信源信道编码技术在变信道下的传输速率可接近理论极限，因此在未来多媒体通信中有很好的应用前景。
This paper describes some technical foundations of the new real-time multimedia services, where a realtime transport protocol (RTP) and its prototype implementation are focused on.
本文主要论述了在网络之间传输多媒体信息的一些基本概念和技术，着重讨论了实时运输协议RTP的主要技术内容及原型实现。
This paper introduces the components and configuration of a typical campus network based on the Henan Qinyang Normal College campus network, a variety of multimedia services overt...
文章以即将建成的河南沁阳师范学校校园网为背景，介绍了一个典型的校园网的网络构成及配置，并对在此网络上开展的多种多媒体业务做了详尽的描述。
As you can see from Figure 1-1 below, an IMS architecture delivers multimedia services that can be accessed by a user from various devices via an IP network or traditional telephony system.
正如您在下面的图1 - 1中所看到的，IMS体系结构提供的多媒体服务可由服务通过IP网络或传统电话系统从各种设备进行访问。
Videophone, videoconferencing and other conversational multimedia services on fixed bit-rate networks (such as ISDN) depend on the multiplex structure described in Recommendation H. 221.
固定比特率网络（诸如ISDN）上的可视电话、会议电视以及其他会话型多媒体业务依据建议H.221中所描述的多路复用结构。
At the same time, the multimedia services which are sensitive to delay and delay jitter enrich the network resources, but also put forward the question of how to assure its quality in network.
同时，对时延及时延抖动比较敏感的多媒体业务的不断出现，在极大的丰富了网络资源的同时也引入了在现有网络中如何保证其传输品质的问题。
This paper describes a architecture of mobile service middleware, which is used for faster and more efficient development and runtime support of adaptive multimedia services in upcoming environments.
由此阐述了支持基于下一代移动多媒体服务中间件的体系结构及可能提供的服务。
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