Computation of partitioning of coherent pulse group that minimizes time of estimation of higher derivatives of Doppler-beat frequency

The maximally realistic method of estimation of higher derivatives of Doppler frequency on the basis of coherent pulse group due to its partitioning has been developed. Dependencies of time of optimization and probability of anomalous errors as functions of a number of fragments, parameters of the pulse group and signal-to-noise ratio have been obtained. The optimal number of fragments has been found. The obtained results have been verified with the simulated data.