Abstract
In this paper, the differential total atmospheric attenuation and differential total losses are investigated in the case of spectral co-existence of GEO and MEO constellation satellite communication systems. In order to use larger bandwidth in the next generation satellite communication systems, many radio systems may share the same spectrum. Due to the high interest on MEO constellation systems to increase the data rates, the coexistence between MEO/GEO satellite communication systems could lead to higher bandwidth for both systems. Therefore, the intersystem interference between MEO and GEO communication systems should be investigated for the reliable design of both satellite networks. Therefore it is necessary to develop an accurate channel model for generating total atmospheric attenuation time series. The synthesizer is based on SDESs and incorporates the spatial correlation of all the atmospheric attenuation factors. From the results, it is found that high intersystem interference is induced due to propagation phenomena.
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