| 1. | Development of real - time multimedia applications providing dynamic control of quality of service
可提供动态服务质量控制的实时多媒体应用 |
| 2. | Design of predictive optimal averaging controller for flow control in real - time multimedia communication
实时多媒体流控中的预测最优均匀控制器设计 |
| 3. | However , the current best - effort internet does not offer any quality of service ( qos ) guarantees to real - time multimedia streaming
然而，目前“尽力而为”的internet并没有对实时多媒体流提供任何保证服务质量( qos ： qualityofservice )的机制。 |
| 4. | Real - time multimedia streaming is such an emerging technologies . the development and use of commercial applications based on these technologies , will become increasingly prevalent
随着internet的发展，出现了很多新的诸如实时多媒体流之类的技术和基于这些新技术的商业应用。 |
| 5. | Next , it discusses the construction of the real time client in respect of its analysis , its design and further its code implement based on uml modeling
对实时多媒体客户的解说，则考虑到系统的扩展性及适应性，完全采用面向对象的思路，从分析、设计到代码实现，应用uml进行建模。 |
| 6. | Along with the development of digital compression technology and ip networks , the transmission of real - time multimedia especially real - time video & audio on the ip networks has been a research hotspot in the recent years
随着数字压缩技术和ip网络技术的发展，实时多媒体特别是实时视音频的ip网络传输成为了近年来研究的一个热点。 |
| 7. | To solve these problems , study and compare the present communication technology and network protocal , introduce the new ways and new technology of present real - time multimedia transfer
针对这些问题，对当前的多媒体数据压缩、网络通信技术和网络协议进行了比较和研究，详细介绍了当前解决实时多媒体信息传输所涉及的一些新方法和新技术。 |
| 8. | Due to the explosive growth of the internet and increasing demand for multimedia information on the web , real - time multimedia streaming over the internet has received tremendous attention from academia and industry
随着internet技术的飞速发展和人们对internet多媒体信息需求的不断增长，基于internet的实时多媒体流传输技术引起了学术界和工业界的广泛关注。 |
| 9. | To deal with the problems , some new methods and new technologies were explained in detail , such as data compression , stream media technology , and network protocols . after that , the focus is put on the network protocols
然后针对这些问题，详细介绍了当前解决实时多媒体信息传输所涉及的一些新方法和新技术，像数据压缩技术、流媒体技术以及新型rtp rtcp协议等。 |
| 10. | In real - time multimedia , the data of real - time video & audio , especially the real - time video are very big . the transmission of real - time video & audio puts forward a very high requirement to the bandwidth , delay , jitter of the networks
在实时多媒体数据中，实时视音频，尤其是实时视频的数据量是非常大的，实时视音频的传输对网络的带宽、延时和抖动等方面都提出了极高的要求。 |
