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Channel and Traffic based Adaptive Radio Resource Management strategies for the return link of Ka/Q/V band Communication Satellite systems employing Fade Mitigation Techniques

机译:基于通道和流量的自适应无线电资源管理策略,用于采用褪色缓解技术的KA / Q / V频段通信卫星系统的返回链路

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Efficient utilization of the Satellite Radio Resource is of paramount importance to a Satellite system''s performance and economic competitiveness. The likely use of Ka band and above frequencies for future satellite systems and the need for a better Quality of Service (QoS) complicate the radio resource management process especially in the return link of a satellite system, one that connects the user to the Gateway or Hub. This paper discusses the research themes that are part of the PhD research, carried out at SUPAERO, aimed at developing Radio Resource Management algorithms that will ultimately improve the resource utilization and the QoS for the return link of Interactive Broadband Satellite Systems employing Fade Mitigation Techniques at Ka/Q/V band frequencies. The inputs and optimization criteria for the resource management process are identified. Various physical layer issues that confront the process are also identified. The duration of the research is about 3 years from March 2007 to end of 2009.
机译:卫星无线电资源的高效利用对于卫星系统的性能和经济竞争力至关重要。对于未来卫星系统的可能使用KA频段及以上频率以及对更好的服务质量(QoS)的需求使无线电资源管理过程复杂化,特别是在卫星系统的返回链路中,将用户连接到网关或者中心。本文讨论了在Supaero开展的PHD研究的一部分的研究主题,旨在开发无线电资源管理算法,该算法最终将提高资源利用和QoS的互动宽带卫星系统的返回链路,采用褪色缓解技术KA / Q / V频段频率。识别资源管理过程的输入和优化标准。还识别了面对过程的各种物理层问题。研究的持续时间是从2007年3月到2009年底的3年。

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