Abstract
In this paper efficient batch and adaptive algorithms in transversal and lattice forms multipath propagation are developed. Linear interpolation is employed to establish that multipath channel equalizers are adequately represented by autoregressive filters provided the transmitted signal is PAM modulated with raised-cosine frequency characteristics. A highly concurrent block algorithm suitable for VLSI implementation is developed. Moreover a fast sliding window covariance type adaptive algorithm aimed to track rapid multipath channel variations is derived. Simulation results are included.
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