Array processing on finite polynomial rings. - Neil M. Wigley; Graham A. Jullien (ASAP, 1990)

On Modulus Replication for Residue Arithmetic Computations of Complex Inner Products. - Neil M. Wigley; Graham A. Jullien (IEEE Trans. Computers, 1990)

Small moduli replications in the MRRNS. - Neil M. Wigley; Graham A. Jullien; Daniel Reaume; William C. Miller (IEEE Symposium on Computer Arithmetic, 1991)

On implementing the arithmetic Fourier transform. - Neil M. Wigley; Graham A. Jullien (IEEE Trans. Signal Process., 1992)

13 VLSI implementations of number theoretic concepts with applications in signal processing. - Graham A. Jullien; Neil M. Wigley; J. Reilly (Signal Processing and its Applications, 1993)

Integer mapping architectures for the polynomial ring engine. - Sami S. Bizzan; Graham A. Jullien; Neil M. Wigley; William C. Miller (IEEE Symposium on Computer Arithmetic, 1993)

VLSI implementations of number theoretic techniques in signal processing. - Graham A. Jullien; Neil M. Wigley; William C. Miller (Integr., 1993)

Large Dynamic Range Computations over Small Finite Rings. - Neil M. Wigley; Graham A. Jullien; Daniel Reaume (IEEE Trans. Computers, 1994)

An array processor for inner product computations using a Fermat number ALU. - Wenzhe Luo; Graham A. Jullien; Neil M. Wigley; William C. Miller; Zhongde Wang (ASAP, 1995)

High throughput VLSI DSP using replicated finite rings. - Graham A. Jullien; Wenzhe Luo; Neil M. Wigley (J. VLSI Signal Process., 1996)