Bandwidth allocation in a multiservice satellite network based on long-term weather forecast scenarios
Bolla R., Celandroni N., Davoli F., Ferro E., Marchese M.
Satellite communications Bandwidth control Fade
The paper compares two alternative hierarchical bandwidth allocation and admission control schemes suited for the multiservice Ka-band satellite environment, where the attenuation of the transmitted signals due to bad weather conditions has a heavy impact on the systems performance. The two schemes are compared by using data derived from a real case study. The aim is to demonstrate that a high level control mechanism for the assignment of the satellite bandwidth to earth stations, which takes into consideration the rain attenuation probabilities of a certain geographical area, improves the systems performance, with respect to an assignment mechanism insensitive to the geographical fade probabilities.
Source: Computer communications 25 (2002): 1037–1046.
Publisher: IPC Science and Technology Press,, Guildford , Regno Unito
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@article{oai:it.cnr:prodotti:43652,
title = {Bandwidth allocation in a multiservice satellite network based on long-term weather forecast scenarios},
author = {Bolla R. and Celandroni N. and Davoli F. and Ferro E. and Marchese M.},
publisher = {IPC Science and Technology Press,, Guildford , Regno Unito},
journal = {Computer communications},
volume = {25},
pages = {1037–1046},
year = {2002}
}
0000-0003-3122-726X