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access icon free Network coding-based multi-path routing algorithm in two-layered satellite networks

© The Institution of Engineering and Technology
Received 24/03/2017, Accepted 01/06/2017, Revised 16/05/2017, Published 16/06/2017

Satellite networks are capable of contenting a variety of data transmission needs of users in geographically diverse locations throughout the world. Multi-layered satellite networks (MLSNs) can construct efficient communications networks due to their extensive coverage and high network capacity. However, throughput degradation and severe end-to-end delay could occur in MLSNs because of the traffic congestion. To resolve these problems, the authors first propose a novel MEO/LEO satellite network architecture that construct effective inter-satellite links. Then the authors present a network coding-based multi-path routing algorithm to deliver traffic through the hybrid satellite network. The analysis of characteristics of the proposed scheme are addressed by performance evaluations in simulation.

Inspec keywords: telecommunication network routing; data communication; network coding; satellite links; telecommunication traffic

Other keywords: performance evaluations; MEO-LEO satellite network architecture; communication networks; data transmission; throughput degradation; multilayered satellite networks; end-to-end delay; traffic congestion; two-layered satellite networks; MLSNs; network coding-based multipath routing algorithm; hybrid satellite network; network capacity; inter-satellite links

Subjects: Satellite communication systems; Codes; Communication network design, planning and routing

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