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Fully adaptive LMS/NLMS interpolated Volterra filters with removed boundary effect

Aiming to expand the applicability of adaptive Volterra filters, a large number of reduced complexity implementations have been discussed in the open literature. Contributing to this goal, this paper presents a fully LMS/NLMS adaptive approach for implementing interpolated Volterra filters with removed boundary effect. The main aim here is to combine a fully adaptive interpolated approach, a boundary effect removal procedure, and the LMS/NLMS algorithm to give birth to an algorithm with very good steady state and transient performance. Numerical simulations confirm the effectiveness of the proposed approach.