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Interoperability and testing in broadband satellite networks

机译:宽带卫星网络中的互操作性和测试

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By combining satellite and terrestrial (wireless) technologies, full coverage and high capacity can be achieved for true broadband services. The interoperability of such diverse networks imposes a number of challenges regarding service provision and management. The end-to-end quality of service (QoS) management implies that features such as service scalability between different networks have to be available. On the other hand, wireless QoS capabilities provide a promising diversity for a wide range of seamless applications. However, differences in QoS properties between both the wired and the wireless applications have a considerable effect on the quality level as well as platform and application dimensions of network interoperability. This paper examines the so-called interoperability requirements in integrated uses of satellite communication technology together with terrestrial (wireless) network technology for seamless delivery of broadband services (using ISABEL and CLIX e-learning applications) in rural and remote areas. This is demonstrated with an example of two educational, real-time and recorded, eLearning services.
机译:通过结合卫星和地面(无线)技术,可以实现真正的宽带服务来实现全面的覆盖和高容量。这种多样化网络的互操作性对服务提供和管理产生了许多挑战。端到端的服务质量(QoS)管理意味着必须可用的不同网络之间的服务可扩展性等功能。另一方面,无线QoS功能为广泛的无缝应用提供了有希望的多样性。然而,有线和无线应用之间的QoS属性的差异对网络互操作性的质量水平以及平台和应用尺寸具有相当大的影响。本文研究了卫星通信技术的综合使用中所谓的互操作性要求以及农村和偏远地区的宽带服务的无缝交付(在使用Isabel和Clix电子学习应用程序)中的陆地(无线)网络技术。这是通过两个教育,实时和记录,电子学习服务的一个例子。

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