Adjacent satellite interference effects as applied to the outage performance of an earth- space system located in a heavy rain climatic region

The ever increasing demand for bandwidth and multimedia services has led to the employment of Ka and V band in modern satellite communication networks. In these frequency bands, rain attenuation is the most dominant fading mechanism deteriorating the performance of the Earth-space links. Moreover, interference due to propagation phenomena increases the outage time of the satellite links and should be taken into account for the reliable design of a satellite communication network. In this paper, a physical propagation model for the prediction of carrier-to-noise plus interference ratio statistics of a broadband satellite link incorporating the receiver noise temperature increase due to rain, is presented The obtained numerical results highlight the significance of the latter effect and investigate the impact of various operational, geometrical and climatic parameters in the total outage analysis. Some simple mathematical formulas for the prediction of the carrier-to-noise plus interference ratio, based on the above theoretical results, are also presented.

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Adjacent satellite interference effects as applied to the outage performance of an earth- space system located in a heavy rain climatic region

Cited by 15 publications

References 14 publications

Letter to the editor: Differential rain attenuation statistics on two converging point-to-point terrestrial links located in a tropical climatic region

Letter to the editor: Differential rain attenuation statistics on two converging point-to-point terrestrial links located in a tropical climatic region

Co-channel interference effects as applied to broadband fixed wireless access channel capacity statistical distribution

Noise Temperature Increase Effect on Total Outage Analysis of an Interfered Satellite Link

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