CORDIC implementation of normalized ARMA Schur algorithm

A CORDIC wavefront architecture for the implementation of a one-dimensional normalized autoregressive moving-average Schur algorithm is presented. The architecture exhibits all the characteristics of VLSI implementation, such as modularity, regularity, locality of data and control signal transfer, and self-timed data driven computation. The architecture eliminates the use of any look-up tables and explicit divisors by using the unique characteristics of CORDIC computation.<<ETX>>