The spaces support many different kinds of virtual collaboration using IP technology and audio and video conferencing.
通过采用IP技术及音频和视频会议技术，这些空间支持多种类型的虚拟协作。
As the combination of IP technology and voice processing technology, it shows powerful vitality.
作为IP技术与语音处理技术的结合，这种技术显示了强大的生命力。
But with IP technology springing, speech communications based on IP technology have attracted much attention.
随着IP技术的兴起，基于IP技术的语音通信由于其高灵活性和低成本引起人们的重视。
Telecommunications network (NGN) relates to IP technology, multimedia technology, transfer technology and other fields.
电信网络(NGN)涉及到IP技术、多媒体技术、传输技术等多个领域。
Mobile IP technology, take full advantage of the IP protocol inherent support for mobility, it provides a good mobile network solution.
移动IP技术充分利用了IP协议对移动性的内在支持，提供了一种良好的移动网络解决方案。
Mobile IP is a mobile solution on the network layer. More and more attentions are paid to the security and the application of Mobile IP technology.
移动IP是一种网络层的移动解决方案，它的安全与应用成为人们最为关注的问题。
A new video transmission method is presented based on IP technology. The key technique of this method and the realization of hardware and software are described.
提出了一种基于IP的视频传输方案，描述了其中的核心技术，给出了硬件和软件的实现方法。
New China Life Insurance Call Center using the most advanced IP technology in the industry, is the first IP-based technology centralized call center in the industry.
电话中心采用业内最先进的IP技术，是业内第一家基于IP技术的集中式呼叫中心。
The rapid development of IP technology and IP - related services has excerted a strong impact on the conventional telecom network, while it is changing the competition pattern in the telecom market.
IP技术与IP业务在国际上大行其道，强烈地冲击着传统电信网，同时改变着电信市场的竞争格局。
The prevailing electricity information network is a service network based on IP technology while incapable of satisfying the end-to-end quality of service(QoS)requirements of different applications.
在此基础上，结合电力信息网络对网络带宽的要求，提出了基于排队论和服务质量的网络带宽估算方法，并以IP电话为例，给出了详细的计算过程。
The prevailing electricity information network is a service network based on IP technology while incapable of satisfying the end-to-end quality of service(QoS)requirements of different applications.
在此基础上，结合电力信息网络对网络带宽的要求，提出了基于排队论和服务质量的网络带宽估算方法，并以IP电话为例，给出了详细的计算过程。
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