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Towards an end-to-end delay analysis of LEO satellite networks for seamless ubiquitous access
2013
Science China Information Sciences
LEO satellite networks, with moderate propagation delay and low terminal power requirement, are considered as a promising solution to providing global seamless access services for ubiquitous computing. In order to satisfy the requirement of accessing computing resource for users, end-to-end delays should be bounded for a continual and reliable connectivity. But given dynamic topology and non-uniform distribution of terrestrial users, end-to-end delays within LEO satellite networks are liable to
doi:10.1007/s11432-013-5000-9
fatcat:w4m6ufqpivf43f5d4d6izihm3e