Development of Channel Model from Propagation Measurements - Das, Dalia
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A channel model has been developed to predict the time series of rain attenuation at Ku- band over an earth-space path at a tropical location, Kolkata. A time series predictor of rain rate has also been developed for the tropical location, Kolkata The validity of the model is tested on event by event basis as well as on long term basis. Analysis and modeling of Fade slope measurements for Kolkata are done in the present work. Measured rain rate series is converted to attenuation series for the tropical region, Kolkata by using Synthetic storm technique. Since, the rain environment is different…mehr

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Produktbeschreibung
A channel model has been developed to predict the time series of rain attenuation at Ku- band over an earth-space path at a tropical location, Kolkata. A time series predictor of rain rate has also been developed for the tropical location, Kolkata The validity of the model is tested on event by event basis as well as on long term basis. Analysis and modeling of Fade slope measurements for Kolkata are done in the present work. Measured rain rate series is converted to attenuation series for the tropical region, Kolkata by using Synthetic storm technique. Since, the rain environment is different for different regions, measured rain rate and attenuation statistics are compared between tropical and temperate region. Separate models for mean and sigma are developed for a temperate location, Spino d' Adda and these models are used to predict rain attenuation values during rain events occurred at Spino d' Adda and other sites in the temperate region. The predicted rain attenuation values are used in different fade mitigation techniques to optimize the power requirement and increase the link availability.
Autorenporträt
Frau Dalia Das wurde 1979 geboren. Sie machte ihren Bachelor of Science in Elektronik im Jahr 2000 am A.P.C. College in Kalkutta und schloss mit einem erstklassigen Ergebnis an der Universität Kalkutta ab. Sie arbeitet als Assistenzprofessorin mit höherem Dienstgrad in der ECE-Abteilung des Meghnad Saha Institute of Technology. 5 SCI-Zeitschriftenbeiträge und 12 Konferenzbeiträge hat sie veröffentlicht.