When 1-minute integrated rainfall rate statistics are not available for microwave system design, the conversion from rain rate cumulative distributions with a longer integration time T can be envisaged. A new set of global coefficients for the current ITU-R method of rain statistics conversion is proposed and tested against a comprehensive database. Results are compared with those provided by the currently recommended ITU-R method. Moreover, the method’s applicability is extended to include 60-minute integration time conversions. Tests show that the new set of coefficients performs better than the ITU-R one over its applicability range.
Extension of ITU-R Method for conversion of rain rate statistics from various integration times to one minute
LUINI, LORENZO;CAPSONI, CARLO
2008-01-01
Abstract
When 1-minute integrated rainfall rate statistics are not available for microwave system design, the conversion from rain rate cumulative distributions with a longer integration time T can be envisaged. A new set of global coefficients for the current ITU-R method of rain statistics conversion is proposed and tested against a comprehensive database. Results are compared with those provided by the currently recommended ITU-R method. Moreover, the method’s applicability is extended to include 60-minute integration time conversions. Tests show that the new set of coefficients performs better than the ITU-R one over its applicability range.File | Dimensione | Formato | |
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