Realization of proposed optimum sonar detector based on digital signal processing techniques

Document Type : Original Article

Author

Egyptian Armed Forces.

Abstract

Abstract:
The proposed sonar detector will be illustrated in two cases: cross-correlator
detector, and matched filter detector. In each case, we are interested to the output of the
detector when the input signal is noisy free and due to signal contaminated by noise,
which is assumed to be Gaussian noise. The complexity in the cross-correlator detector
may be solved based on the matched filter structure, because of its less complexity and
time calculation.
This paper also introduces a digital realization of a modified recursive tapped delay line
integrator (transversal filter). Such a designed delay line based on analog techniques has
a large size and suffers from instability. The digital implementation of this filter solves
many of these problems. This paper also introduces a digital realization of a modified
recursive SPMF (Single Pulse Matched Filter) and a digital realization of a modified
recursive matched filter. So an introduced optimum sonar detector is implemented based
on digital modified recursive matched filter.

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