
doi: 10.1002/sat.1246
handle: 20.500.14243/350771 , 11311/1064035
SummaryIn this paper, the synthetic storm technique (SST) is applied to 1‐minute rainfall rate collected from a rain gauge to predict the fade dynamics of the signal in an earth‐to‐satellite link in an equatorial climate location without the needs of satellite beacon measurements. The obtained results are compared with the statistics calculated from measured rain attenuation and with the ITU recommendation model. As for fade duration, a good agreement with measurements has been found together with a significant improvement in terms of prediction errors with respect to the ITU‐R model. Synthetic storm technique is also able to predict fade slope statistics fairly well and has equivalent performance of ITU‐R model.
interfade duration, synthetic storm technique, rain attenuation, fade duration; fade slope; interfade duration; rain attenuation; rain rate; synthetic storm technique; Media Technology; Electrical and Electronic Engineering, rain rate, fade slope, fade duration, TK Electrical engineering. Electronics Nuclear engineering
interfade duration, synthetic storm technique, rain attenuation, fade duration; fade slope; interfade duration; rain attenuation; rain rate; synthetic storm technique; Media Technology; Electrical and Electronic Engineering, rain rate, fade slope, fade duration, TK Electrical engineering. Electronics Nuclear engineering
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