… Due to its variation with elevation angle, frequency, other link … measured satellite radio
beacons and tropospheric weather … tropospheric scintillation prediction models and developed …

… The ITU-R [4] model is based on indirect measurements, and … The model is suitable for
predictions in the elevation angle … The model is based on monthly (or longer) averages of …

… • Prediction of scintillation fading amplitude at elevation angle of 5º, using the wet part of the
… measurements of scintillation at very low elevation angles. The measured data exhibit large …

… terminals, and systems operating at low elevation angles and … of location-based empirical
models for scintillation studies is … measurements of radio propagation data and tropospheric …

… The model is based on indirect measurements with the data used for its development … It
is suitable for prediction of scintillation on a link with elevation angles in the range of 4 to 32, …

… , measurements of tropospheric scintillation reported from Spain [14] will be used to obtain
new models for the prediction of the scintillation. For … , ε means the elevation angle of the earth …

… ionosonde measurements at São Luiz, we built a new prediction model of strong …
measurements are at 50 Hz. Only the scintillation data from GPS satellites with elevation angles …

… Higher elevation angles and temperature were used in the … Tropospheric scintillation
prediction models for a high elevation angle based on measured data from a tropical region. …

… based on measurement of temperature, atmospheric … the tropospheric scintillation is very
high at low elevation angles … and the scintillation fade depth following ITUR prediction model in […

… The first is that ROTI measures the scintillation effect in the … The atmospheric pressure,
humidity and other variables not … approach for ionospheric scintillation prediction in the polar …