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Object-based, distributed online real-time communication system modeling and development.

机译:基于对象的分布式在线实时通信系统的建模与开发。

摘要

With the advent of the Internet and World Wide Web, online communication becomes increasingly popular. As broadband network technologies are becoming widely accessible, the media rich, highly interactive online applications for virtual enterprise, distance education etc. will be a reality. How to take full advantages of technologies available and effectively integrate them into a cohesive distributed distance education system that addresses adequately the scalability and the openness still pose a challenging question. To address this need, we have developed an approach based on the principles of component-based development, utilizing standard component infrastructure and its services. We apply this approach to the online real-time communication system with capability of rich real-time-interactions, which addresses key requirements for distance learning. We provide a rigorous modeling and specification of the system, which describes the attributes that the distributed system must exhibit and prescribes the behavior of the system. This modeling shall allow software engineers to examine the behavior of systems under the development. Based on this specification, we have developed a prototype of the distributed system to validate the effectiveness of our approach. The system is implemented with Java (JDK1.2) and the middleware is CORBA. The system is capable of handling multi-party real-time communication for a range of media types in a uniform manner. This system encompasses management facility such as authentication and allows dynamic services generation. Running tests of this system in both Intranet and Internet environment have shown satisfactory results of this approach. Paper copy at Leddy Library: Theses u26 Major Papers - Basement, West Bldg. / Call Number: Thesis2000 .S52. Source: Masters Abstracts International, Volume: 39-02, page: 0532. Adviser: Indra A. Tjandra. Thesis (M.Sc.)--University of Windsor (Canada), 2000.
机译:随着因特网和万维网的出现,在线通信变得越来越流行。随着宽带网络技术的广泛普及,用于虚拟企业,远程教育等的媒体丰富,高度交互的在线应用将成为现实。如何充分利用现有技术的优势,并将其有效地集成到一个具有凝聚力的分布式远程教育系统中,以充分解决可扩展性和开放性问题仍然是一个具有挑战性的问题。为了满足这一需求,我们已经开发了一种基于组件开发原理的方法,利用了标准的组件基础结构及其服务。我们将此方法应用于具有丰富的实时交互功能的在线实时通信系统,从而解决了远程学习的关键要求。我们提供了严格的系统建模和规范,它描述了分布式系统必须展现的属性并规定了系统的行为。该建模应允许软件工程师检查开发中的系统的行为。基于此规范,我们开发了分布式系统的原型,以验证我们方法的有效性。该系统用Java(JDK1.2)实现,中间件是CORBA。该系统能够以统一的方式处理多种媒体类型的多方实时通信。该系统包含诸如身份验证之类的管理工具,并允许动态服务生成。在Intranet和Internet环境中对该系统进行的运行测试表明,该方法令人满意。莱迪图书馆的纸质副本:论文主要论文-西楼地下室。 /电话号码:Thesis2000 .S52。资料来源:国际硕士摘要,第39卷,第0532页。顾问:Indra A. Tjandra。论文(理学硕士)-温莎大学(加拿大),2000年。

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    Shao Yongliang.;

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  • 年度 2000
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