Optimal Filter Design via Mathematical Programming. - Fred J. Taylor; Robert J. Molepske (IEEE Trans. Syst. Man Cybern., 1973)

Finite Fading Memory Filtering. - Fred J. Taylor (IEEE Trans. Syst. Man Cybern., 1975)

On Stochastic Phase-Lock Loop Solutions. - Fred J. Taylor (IEEE Trans. Commun., 1976)

Optimal wind velocity estimation. - Fred J. Taylor; Thomas H. Pries; Chao H. Huang (Autom., 1977)

High speed DFT's using residue numbers. - Chao H. Huang; Fred J. Taylor (ICASSP, 1980)

Large moduli multipliers. - Fred J. Taylor (ICASSP, 1980)

On the structure of IIR filters using residue arithmetic. - A. S. Ramnarayanan; Fred J. Taylor (ICASSP, 1981)

A new technique for WFTA input/output reordering. - Chao H. Huang; Fred J. Taylor (Int. J. Parallel Program., 1981)

Analysis of errors in residue number system (RNS) based IIR digital filters. - A. S. Ramnarayan; Fred J. Taylor (ICASSP, 1982)

A VLSI Residue Arithmetic Multiplier. - Fred J. Taylor (IEEE Trans. Computers, 1982)

An Autoscale Residue Multiplier. - Fred J. Taylor; Chao H. Huang (IEEE Trans. Computers, 1982)

On the Wigner distribution. - David B. Chester; Fred J. Taylor; Mike Doyle (ICASSP, 1983)

An Overflow-Free Residue Multiplier. - Fred J. Taylor (IEEE Trans. Computers, 1983)

Error analysis of LMS adaptive digital filter implemented with logarithmic number system. - Varadaraj P. Shenoy; Fred J. Taylor (ICASSP, 1984)

A logarithmic arithmetic unit for signal processing. - Fred J. Taylor (ICASSP, 1984)

Residue Arithmetic A Tutorial with Examples. - Fred J. Taylor (Computer, 1984)

A more efficient residue arithmetic implementation of the FFT. - Fred J. Taylor (IEEE Symposium on Computer Arithmetic, 1985)

A reconfigurable systolic primitive processor for signal processing. - Thanos Stouraitis; S. Natarajan; Fred J. Taylor (ICASSP, 1985)

A Radix-4FFT Using Complex RNS Arithmetic. - Fred J. Taylor; George Papadourakis; Alexander Skavantzos; Thanos Stouraitis (IEEE Trans. Computers, 1985)

A table reduction technique for logarithmically architected digital filters. - M. L. Frey; Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1985)

A sparse RNS system. - Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1985)

A single modulus complex ALU for signal processing. - Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1985)

Complex Integer to Complex Residue Encoding. - Mike Sousa; Fred J. Taylor (IEEE Trans. Computers, 1986)

An analysis of the distributed arithmetic digital filter. - Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1986)

On the complex residue arithmetic system (CRNS). - Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1986)

Implementation of the single modulus complex ALU. - Rom-Shen Kao; Fred J. Taylor (IEEE Symposium on Computer Arithmetic, 1987)

Narrowband reduced complexity transform domain adaptive filter. - Mike Griffin; Fred J. Taylor (ICASSP, 1987)

Implementation of Kalman filters using systolic arrays. - George M. Papadourakis; Fred J. Taylor (ICASSP, 1987)

On the multidimensional RNS and its applications to the design of fast digital systems. - Alexander Skavantzos; Mike Griffin; Fred J. Taylor (ICASSP, 1987)

A reconfigurable binary/RNS/LNS architecture for DSP. - Fred J. Taylor (ICASSP, 1987)

High-speed Wigner processing based on a single modulus quadratic residue numbering system. - JoEllen Wilbur; Fred J. Taylor (ICASSP, 1987)

A Residue Arithmetic Implementation of the FFT. - Fred J. Taylor (J. Parallel Distributed Comput., 1987)

An acoustooptic Wigner processor for time-varying signal analysis. - JoEllen Wilbur; Fred J. Taylor (Proc. IEEE, 1987)

A DFT using number theoretic logarithms. - Mike Sousa; Mike Griffin; Fred J. Taylor (ICASSP, 1988)

An ultra high-performance DSP vector processor. - Fred J. Taylor (ICASSP, 1988)

Consistent speaker identification via Wigner smoothing techniques. - JoEllen Wilbur; Fred J. Taylor (ICASSP, 1988)

Parallel decomposition of multipliers modulo (2n±1). - Alexander Skavantzos; Fred J. Taylor (ICCD, 1988)

Floating-point to logarithmic encoder error analysis. - Thanos Stouraitis; Fred J. Taylor (IEEE Trans. Computers, 1988)

A 20 Bit Logarithmic Number System Processor. - Fred J. Taylor; Rabinder Gill; Jim Joseph; Jeff Radke (IEEE Trans. Computers, 1988)

Matrix methods for the design and analysis of recurrent algorithms for multi-purpose systolic arrays. - Eric M. Dowling; Fred J. Taylor (ICASSP, 1989)

Efficient scaling in the residue number system. - Mike Griffin; Mike Sousa; Fred J. Taylor (ICASSP, 1989)

A residue number system reduced instruction set computer (RISC) concept. - Michael F. Griffin; Fred J. Taylor (ICASSP, 1989)

An RNS discrete Fourier transform implementation. - Fred J. Taylor (IEEE Trans. Acoust. Speech Signal Process., 1990)

Computer-aided DSP instruction. - Monica Murphy; Fred J. Taylor; Luke J. Smithwick (ICASSP, 1991)

High-decimation digital filters. - Callie Riley; David B. Chester; Abbas Razavi; Fred J. Taylor; William Ricker (ICASSP, 1991)

The Gauss machine-a DSP processor with a high RNS content. - Fred J. Taylor; Glenn S. Zelniker; Jeremy C. Smith; Jon Mellott (ICASSP, 1991)

Roundoff error analysis of the discrete Wigner distribution using fixed-point arithmetic. - Chintana Griffin; Preeti Rao; Fred J. Taylor (IEEE Trans. Signal Process., 1991)

On the polynomial residue number system [digital signal processing]. - Alexander Skavantzos; Fred J. Taylor (IEEE Trans. Signal Process., 1991)

Single-modulus RNS implementation of Wigner-Ville time-varying spectral estimations. - JoEllen Wilbur; Fred J. Taylor (IEEE Trans. Signal Process., 1991)

UF3-a 4-D DSP hypercube with a robust programming environment. - Ahmad R. Ansari; Fred J. Taylor (ICASSP, 1992)

Signal processing's education survey results. - Jonathon David Mellott; Fred J. Taylor (IEEE Signal Process. Mag., 1992)

The InvestiGATOR: integrating today's technology with tomorrow's mind. - Luke J. Smithwick; Jonathon David Mellott; Fred J. Taylor (IEEE Signal Process. Mag., 1992)

On the reduction in multiplicative complexity achieved by the polynomial residue number system. - Glenn S. Zelniker; Fred J. Taylor (IEEE Trans. Signal Process., 1992)

The Gauss machine: A Galois-enhanced quadratic residue number system systolic array. - Jonathon David Mellott; Jermy C. Smith; Fred J. Taylor (IEEE Symposium on Computer Arithmetic, 1993)

The design of a fault tolerant GEQRNS processing element for linear systolic array DSP applications. - Jermy C. Smith; Fred J. Taylor (Great Lakes Symposium on VLSI, 1994)

A wavelet based mammographic system. - Andrew F. Laine; Michael Lewis 002; Fred J. Taylor (ICASSP (5), 1994)

Edge Detection in Echocardiographic Image Sequences by 3-D Multiscale Analysis. - Iztok Koren; Andrew Laine; Jian Fan; Fred J. Taylor (ICIP (1), 1994)

Image fusion using steerable dyadic wavelet transform. - Iztok Koren; Andrew Laine; Fred J. Taylor (ICIP (3), 1995)

An academic DSP workstation. - Fredrick J. Taylor; Jonathon David Mellott (IEEE Signal Process. Mag., 1995)

A Fault-Tolerant GEQRNS Processing Element for Linear Systolic Array DSP Applications. - Jermy C. Smith; Fred J. Taylor (IEEE Trans. Computers, 1995)

Interactive wavelet processing and techniques applied to digital mammography. - Iztok Koren; Andrew F. Laine; Fred J. Taylor; Michael Lewis 002 (ICASSP, 1996)

ASAP-a 2D DFT VLSI processor and architecture. - Jon Mellott; Michael Lewis 002; Fred J. Taylor; Patrick C. Coffield (ICASSP, 1996)

Spectra-a hands-on DSP learning experience. - Fred J. Taylor; Jon Mellott; Michael Lewis 002 (ICASSP, 1996)

Error detection for fast Toeplitz eigensolvers. - Tom Wallace; Fred J. Taylor (IEEE Trans. Signal Process., 1996)

Very long instruction word architectures for digital signal processing. - Jon Mellott; Fred J. Taylor (ICASSP, 1997)

Design of RNS frequency sampling filter banks. - Uwe Meyer-Bäse; Jon Mellott; Fred J. Taylor (ICASSP, 1997)

Pipelined Hogenauer CIC filters using field-programmable logic and residue number system. - Antonio García 001; Uwe Meyer-Baese; Fred J. Taylor (ICASSP, 1998)

Frequency sampling filters with algebraic integers. - Uwe Meyer-Baese; Jon Mellott; Fred J. Taylor (ICASSP, 1998)

Enhancement via Fusion of Mammographic Features. - Iztok Koren; Andrew Laine; Fred J. Taylor (ICIP (1), 1998)

A Fast Modified CORDIC - Implementation of Radial Basis Neural Networks. - Uwe Meyer-Bäse; Anke Meyer-Bäse; Jonathon David Mellott; Fred J. Taylor (J. VLSI Signal Process., 1998)

Fast implementation of orthogonal wavelet filterbanks using field-programmable logic. - Uwe Meyer-Baese; Julien Buros; Wolfgang Trautmann; Fred J. Taylor (ICASSP, 1999)

Gas turbine vibration analysis with fuzzy ART neural network. - Gregory A. Harrison; Fred J. Taylor (IJCNN, 1999)

RNS implementation of FIR filters based on distributed arithmetic using field-programmable logic. - Antonio García 001; Uwe Meyer-Bäse; Antonio Lloris-Ruíz; Fred J. Taylor (ISCAS (1), 1999)

Design of RNS-based distributed arithmetic DWT filterbanks. - Javier Ramírez 001; Antonio García 001; Uwe Meyer-Bäse; Fred J. Taylor; Pedro G. Fernández; Antonio Lloris-Ruíz (ICASSP, 2001)

Implementation of a Communications Channelizer using FPGAs and RNS Arithmetic. - Uwe Meyer-Bäse; Antonio García 001; Fred J. Taylor (J. VLSI Signal Process., 2001)

Implementation of RNS-Based Distributed Arithmetic Discrete Wavelet Transform Architectures Using Field-Programmable Logic. - Javier Ramírez 001; Antonio García 001; Uwe Meyer-Bäse; Fred J. Taylor; Antonio Lloris-Ruíz (J. VLSI Signal Process., 2003)

Design and Implementation of High-Performance RNS Wavelet Processors Using Custom IC Technologies. - Javier Ramírez 001; Uwe Meyer-Bäse; Fred J. Taylor; Antonio García 001; Antonio Lloris-Ruíz (J. VLSI Signal Process., 2003)

The InvestiGATOR®: a studio-based DSP learning paradigm. - Ryan Frankel; Nicholas Nezis; Fred J. Taylor (ICASSP (5), 2004)

An efficient residue to analog converter. - Michael Lewis 002; Jon Mellott; Fred J. Taylor (ICASSP (5), 2004)

Multiplier-free band-selectable digital filters. - Arnaud Santraine; Sébastien Leprince; Fred J. Taylor (ICASSP (2), 2004)

Multiplier-free bandpass channelizer for undersampled applications. - Arnaud Santraine; Sébastien Leprince; Fred J. Taylor (IEEE Signal Process. Lett., 2004)

eDSP - a DSP-centric reusable learning object environment. - Ryan Frankel; Nicholas Nezis; Fred J. Taylor (ICASSP (5), 2005)

Multiplier-Free Bandpass Filter-Based Channelizer. - Siwoo Noh; Ohbong Kwon; Fred J. Taylor (ICASSP (4), 2006)

ENGAGE: A DSP learning paradigm for an engineering age. - Michael Christensen; Rodolfo Troche; Fred J. Taylor (ICASSP, 2008)