Authors
Charilaos I Kourogiorgas, Nikolaos Lyras, Athanasios D Panagopoulos, Daniele Tarchi, Alessandro Vanelli-Coralli, Alessandro Ugolini, Giulio Colavolpe, Pantelis-Daniel Arapoglou
Publication date
2017/4/12
Journal
IEEE Transactions on Aerospace and Electronic Systems
Volume
53
Issue
5
Pages
2344-2358
Publisher
IEEE
Description
In this paper, the performance of a reference medium earth orbit (MEO) satellite constellation system operating at Ka-band and employing single links to ground is compared with next generation advanced systems in higher RF or optical bands employing multiple diversity links. The fill rate of existing MEO constellations offering broadband and trunking services in Ka-band is growing fast, rendering the search for additional spectrum of vital importance. Therefore, this paper reports on the results of a system study investigating the option of using Q/V-band, or even optical wavelengths, instead of Ka-band, to deliver substantially higher system capacity. The system study takes a holistic approach covering from atmospheric channel impairments to waveform optimization and system analysis for realistic assumptions. After proposing a sophisticated channel model to generate spatio-temporal time series of atmospheric …
Total citations
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Scholar articles
CI Kourogiorgas, N Lyras, AD Panagopoulos, D Tarchi… - IEEE Transactions on Aerospace and Electronic …, 2017