SATSIX cross-layer architecture

I. Melhus, T. Gayraud, F. Nivor, M. Gineste, F. Arnal, A. Pietrabissa, L. Fan
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引用次数: 2

Abstract

Next-generation broadband satellite systems will have the capability to provide cost-effective universal broadband access for the users. But in order to meet userspsila requirements, many enhancements have to be made on the existing satellite technologies. One of the promising methods is the introduction of cross-layer design. There are several advantages of a layered approach, since modularity, robustness and ease of designs are easily achieved. However the properties of the different layers have substantial interdependencies and a modularized design may therefore be suboptimal with regards to performance and availability. In this paper, we will carry out a review of cross-layer design in general, and based on this a cross-layer architecture for the next-generation broadband satellite system is proposed. Two main components are identified in the proposed cross-layer architecture: QoS and resource management and mobility management.
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SATSIX跨层架构
下一代宽带卫星系统将有能力为用户提供经济有效的通用宽带接入。但是为了满足用户的需求,必须对现有的卫星技术进行许多改进。其中一个很有前途的方法是引入跨层设计。分层方法有几个优点,因为模块化、健壮性和易于实现设计。然而,不同层的属性具有很大的相互依赖性,因此模块化设计在性能和可用性方面可能不是最优的。本文将对跨层设计进行概述,并在此基础上提出下一代宽带卫星系统的跨层架构。在提议的跨层体系结构中确定了两个主要组件:QoS和资源管理以及移动性管理。
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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