Aggregate resource reservation with predictive estimation in integrated scalable terrestrial-satellite network

F. Rango, M. Tropea, S. Marano
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引用次数: 2

Abstract

In this paper we study the recent aggregated RSVP (ARSVP) protocol and in particular the introduction of this new protocol on integrated scalable terrestrial and IntServ satellite network. We focus on a novel proposed DiffServ like architecture called scalable core (SCORE) used in the terrestrial reference network in order to offer more scalability for large dimensions network. The integration between this terrestrial segment with a satellite geostationary platform is outlined. A new aggregate dynamic advance reservation has been proposed in order to give more effectiveness to ARSVP protocol. Different simulations are lead out in order to study the performance of the overall system evaluated in terms of signalling overhead and resource utilization. The study shows that the dynamic advance reservation can improve the terrestrial utilization reducing the control overhead in comparison aggregate static reservation.
基于预测估计的综合可扩展地星网络资源预留
本文研究了最新的聚合RSVP (ARSVP)协议,重点介绍了这种新协议在集成可扩展地面和IntServ卫星网络中的应用。我们重点研究了一种新的类似DiffServ的架构,称为可扩展核心(SCORE),用于地面参考网络,以便为大维度网络提供更多的可扩展性。概述了该陆地段与卫星地球同步平台之间的集成。为了提高ARSVP协议的有效性,提出了一种新的聚合动态提前预约算法。为了研究整个系统在信号开销和资源利用率方面的性能,进行了不同的仿真。研究表明,动态提前预约比静态累计预约更能提高地面资源利用率,减少控制开销。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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