A signal-dependent autoregressive channel model
A Kavcic, A Patapoutian - IEEE transactions on magnetics, 1999 - ieeexplore.ieee.org
A Kavcic, A Patapoutian
IEEE transactions on magnetics, 1999•ieeexplore.ieee.orgA fast and accurate channel model is presented that captures intersymbol interference,
signal non-linearities and signal-dependent noise correlation. The noise is modeled as the
output of a signal-dependent autoregressive filter. This channel model is well suited for
detector designers who desire realistic simulators with short run-times.
signal non-linearities and signal-dependent noise correlation. The noise is modeled as the
output of a signal-dependent autoregressive filter. This channel model is well suited for
detector designers who desire realistic simulators with short run-times.
A fast and accurate channel model is presented that captures intersymbol interference, signal non-linearities and signal-dependent noise correlation. The noise is modeled as the output of a signal-dependent autoregressive filter. This channel model is well suited for detector designers who desire realistic simulators with short run-times.
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