Adaptive QoS-aware resource allocation scheme for multimedia broadcasting over geostationary satellite networks

Hongfei Du, B. Evans
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Abstract

With their inherent broadcast capacities and reliable extensive geographical coverage, the broadband satellite networks are emerged as a promising approach for the delivery of multimedia services in 3G and beyond systems. To utilise the available resources in an optimized way whilst guaranteeing the diverse quality-of-service (QoS) demands, an Adaptive QoS-aware Resource Allocation (AQRA) scheme is proposed in this paper for multimedia delivery in satellite broadcasting networks. By taking into account essential aspects of a successful QoS provisioning whilst preserving the system power/resource constraints, the proposed scheme is capable of allocating the resources, in an adaptive manner, according to the current QoS satisfaction of each session. Simulation results prove that the AQRA achieves significantly better performance than those of existing schemes on multiple performance metrics.
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基于同步卫星网络的多媒体广播自适应qos资源分配方案
宽带卫星网络具有固有的广播能力和可靠的广泛地理覆盖范围,是在第三代及以后的系统中提供多媒体服务的一种很有前途的方法。为了优化利用可用资源,同时保证不同的服务质量(QoS)需求,本文提出了一种卫星广播网络多媒体传输的自适应QoS感知资源分配(AQRA)方案。通过在保留系统功率/资源约束的同时考虑到成功提供QoS的基本方面,所提出的方案能够根据每个会话的当前QoS满意度以自适应的方式分配资源。仿真结果表明,该算法在多个性能指标上都明显优于现有算法。
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