2005•Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

A method of links analysis for communication satellites

Xiaohui Hu, Changwen Zheng, Lihua Zuo, Fei Long

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Abstract

One of the challenges of satellite networks is the development of specialized routing algorithms. The routing algorithms for satellite networks should adapt to the dynamic network topology in real time. In this paper, a time slices calculating algorithm is presented to study the dynamic topology of a double-layered satellite networks and analyze the timing which triggers the recalculation of the routing table and gives a minimum computational efficiency requirement for onboard routing algorithms.

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What this paper is about

One of the challenges of satellite networks is the development of specialized routing algorithms. The routing algorithms for satellite networks should adapt to the dynamic network topology in real time. In this paper, a time slices calculating algorithm is presented to study the dynamic topology of a double-layered satellite networks and analyze the timing which triggers the recalculation of the routing table and gives a minimum computational efficiency requirement for onboard routing algorithms.

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Available abstract

One of the challenges of satellite networks is the development of specialized routing algorithms. The routing algorithms for satellite networks should adapt to the dynamic network topology in real time. In this paper, a time slices calculating algorithm is presented to study the dynamic topology of a double-layered satellite networks and analyze the timing which triggers the recalculation of the routing table and gives a minimum computational efficiency requirement for onboard routing algorithms.

Key concepts: Routing table, Computer science, Routing (electronic design automation), Static routing, Policy-based routing, Satellite, Network topology, Distributed computing

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