High frequency radio links tend to suffer losses due to hydrometeors. Rain is among the
largest contributor to these types of losses and is known to cause most outages on …

Radio links operating at frequencies above 10 and 20 GHz suffer signal degradation and
losses due to hydrometeor phenomenon such as rain. This process is called rain fade. The …

Two heterogeneous network simulation tools are compared and tested against measured
data from terrestrial and Earth‐space microwave links. Both global integrated network …

Radio links operating at high frequency level are likely to suffer scattering and absorption
losses due to hydrometeors. The largest hydrometeor fade mechanism is rain fade and it is …

We present a computationally efficient method to predict joint rain fade on arbitrary networks
of microwave links. Methods based on synthetic rain fields composed of a superposition of …