Algorithm for mapping all-pole system parameters to wave-digital filter multiplier coefficients
Based on the technique of wave-chain matrices and the digital equivalent of canonic polynomials, a recursive algorithm is derived to map the parameters of an all-pole system to the multiplier coefficients of a wave-digital filter consisting of two-port adaptor cascades. The algorithm will be useful in all-pole system modeling which adopts such a filter as a final form of realization.