Statistics of the Number and Duration of Overshoots of the Multiparticle Doppler Signal Envelope as a Function of Given Threshold
G. A. Kashcheeva
Pages: 62-70
Abstract
The average and maximum number of positive overshoots of the multiparticle Doppler signal envelope for the given threshold and also the average durations of positive and negative overshoots as a function of threshold are found. It is shown that the average duration of the positive envelope overshoots is inversely proportional and the average duration of the negative overshoots is proportional to the relative threshold. A tradeoff threshold value that ensures the required measurement accuracy for an admissible level of signal information loss is found.
