Modeling correlation of quantized noise and periodic signals
ABJ Kokkeler, AW Gunst - IEEE Signal Processing Letters, 2004 - ieeexplore.ieee.org
IEEE Signal Processing Letters, 2004•ieeexplore.ieee.org
A model for determining the cross-correlation function of partially correlated noise is
presented. In this model a strong interferer is included and represented by a periodic signal
common to both channels of the correlator. A general expression for the correlation function
is deduced and verified. The power spectrum of a calculated correlation function is
compared with a simulation. The results presented in this paper form a base for the design of
modern multibit correlators. These are part of future generation radio astronomy receivers …
presented. In this model a strong interferer is included and represented by a periodic signal
common to both channels of the correlator. A general expression for the correlation function
is deduced and verified. The power spectrum of a calculated correlation function is
compared with a simulation. The results presented in this paper form a base for the design of
modern multibit correlators. These are part of future generation radio astronomy receivers …
A model for determining the cross-correlation function of partially correlated noise is presented. In this model a strong interferer is included and represented by a periodic signal common to both channels of the correlator. A general expression for the correlation function is deduced and verified. The power spectrum of a calculated correlation function is compared with a simulation. The results presented in this paper form a base for the design of modern multibit correlators. These are part of future generation radio astronomy receivers which increasingly have to cope with man-made interfering signals.
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