A High-Speed Scalable CMOS Current-Mode Winner-Take-All Network. - Andreas Demosthenous; John Taylor 002; Sean Smedley (ICANN, 1996)

Enhanced modular CMOS current-mode winner-take-all network. - Andreas Demosthenous; Rahim Akbari-Dilmaghani; Sean Smedley; John Taylor 002 (ICECS, 1996)

Current-mode approaches to implementing hybrid analogue/digital Viterbi decoders. - Andreas Demosthenous; John Taylor 002 (ICECS, 1996)

A very high-speed BiCMOS current comparator for use in Viterbi decoders. - Andreas Demosthenous; John Taylor 002 (ICECS, 1999)

A comparison of CMOS and BiCMOS add-compare-select circuits for maximum likelihood sequence detectors. - Andreas Demosthenous; John Taylor 002 (ICECS, 1999)

Application of closed-loop control in the reduction of interference in nerve cuff recordings. - Mohamad Rahal; Jeff Winter; John Taylor 002; Nick Donaldson (ICECS, 1999)

Interference reduction in nerve cuff electrode recordings-a new approach. - Mohamad Rahal; Jeff Winter; John Taylor 002; Nick Donaldson (ISCAS (6), 1999)

An analogue approach to the design of motion estimators for digital video encoding. - Andreas Demosthenous; John Taylor 002; Geoff Morrison (ISCAS, 2000)

The effect of nerve cuff geometry on interference reduction: a study by computer modeling. - Mohamad Rahal; John Taylor 002; Nick Donaldson (IEEE Trans. Biomed. Eng., 2000)

An improved configuration for the reduction of EMG in electrode cuff recordings: a theoretical approach. - Mohamad Rahal; Jeff Winter; John Taylor 002; Nick Donaldson (IEEE Trans. Biomed. Eng., 2000)

Effects of analogue ACS implementation errors on the modified feedback decoding algorithm. - Andreas Demosthenous; John Taylor 002 (ICECS, 2001)

Adaptive interference reduction in nerve cuff electrode recordings. - Iasonas F. Triantis; Robert Rieger; John Taylor 002; Nick Donaldson (ICECS, 2001)

Low noise preamplifier design for nerve cuff electrode recording systems. - Robert Rieger; John Taylor 002; Nick Donaldson (ISCAS (5), 2002)

A 100-Mb/s 2.8-V CMOS current-mode analog Viterbi decoder. - Andreas Demosthenous; John Taylor 002 (IEEE J. Solid State Circuits, 2002)

Continuously tunable, very long time constant CMOS integrator for a neural recording implant. - Robert Rieger; Andreas Demosthenous; John Taylor 002 (ESSCIRC, 2003)

Design of a low-noise preamplifier for nerve cuff electrode recording. - Robert Rieger; John Taylor 002; Andreas Demosthenous; Nick Donaldson; Peter J. Langlois (IEEE J. Solid State Circuits, 2003)

A 230-nW 10-s time constant CMOS integrator for an adaptive nerve signal amplifier. - Robert Rieger; Andreas Demosthenous; John Taylor 002 (IEEE J. Solid State Circuits, 2004)

Design of an adaptive interference reduction system for nerve-cuff electrode recording. - Andreas Demosthenous; John Taylor 002; Iasonas F. Triantis; Robert Rieger; Nick Donaldson (IEEE Trans. Circuits Syst. I Regul. Pap., 2004)

Realization of a simple high-value grounded linear resistance in CMOS technology. - Peter J. Langlois; John Taylor 002; Andreas Demosthenous (ESSCIRC, 2005)

A distributed neural signal sensor system. - Chris Clarke; John Taylor 002; Robert Rieger; Nick Donaldson (ISCAS (1), 2005)

10-channel very low noise ENG amplifier system using CMOS technology. - Robert Rieger; Dipankar Pal; John Taylor 002; Chris Clarke; Peter J. Langlois; Nick Donaldson (ISCAS (1), 2005)

Two preamplifiers for non-invasive on-chip recording of neural-signals. - Robert Rieger; Dipankar Pal; John Taylor 002; Peter J. Langlois (ISCAS (3), 2005)

Some Recent Developments in the Design of Biopotential Amplifiers for ENG Recording Systems. - John Taylor 002; Delia Masanotti; Vipin Seetohul; Shiying Hao (APCCAS, 2006)

A Method to Model Neuron Activity. - Delia Masanotti; Peter J. Langlois; John Taylor 002 (EMBC, 2006)

Velocity-Selective Recording from Frog Nerve Using a Multi-Contact Cuff Electrode. - Martin Schuettler; Vipin Seetohul; John Taylor 002; Nick Donaldson (EMBC, 2006)

Design Strategies for Multi-Channel Low-Noise Recording Systems. - Robert Rieger; Yen-Yow Pan; John Taylor 002 (ISCAS, 2007)

A low noise front-end for multiplexed ENG recording using CMOS technology. - John Taylor 002; Robert Rieger (ICECS, 2008)

Analogue/digital interface and communications aspects in a multi-channel ENG recording asic. - Christopher T. Clarke; John Taylor 002; Xianhong Xu (ISCAS, 2008)

Noise and selectivity of velocity-selective multi-electrode nerve cuffs. - Nick Donaldson; Robert Rieger; Martin Schuettler; John Taylor 002 (Medical Biol. Eng. Comput., 2008)

Fibre-selective recording from peripheral nerves using a multiple-contact cuff: Report on pilot pig experiments. - Martin Schuettler; Vipin Seetohul; Nico J. M. Rijkhoff; Flemming V. Moeller; Nick Donaldson; John Taylor 002 (EMBC, 2011)

A summary of the theory of velocity selective neural recording. - John Taylor 002; Martin Schuettler; Chris Clarke; Nick Donaldson (EMBC, 2011)

Signal processing for velocity selective recording systems using analogue delay lines. - Robert Rieger; John Taylor 002; Chris Clarke (ISCAS, 2012)

The theory of velocity selective neural recording: a study based on simulation. - John Taylor 002; Martin Schuettler; Chris Clarke; Nick Donaldson (Medical Biol. Eng. Comput., 2012)

A Switched-Capacitor Front-End for Velocity-Selective ENG Recording. - Robert Rieger; John Taylor 002 (IEEE Trans. Biomed. Circuits Syst., 2013)

Delay-line-based signal processing ASIC for velocity selective nerve recording. - Robert Rieger; John Taylor 002 (APCCAS, 2014)

Fibre-selective discrimination of physiological ENG using velocity selective recording: Report on pilot rat experiments. - Benjamin Metcalfe; Daniel Chew; Chris Clarke; Nick Donaldson; John Taylor 002 (EMBC, 2014)

An enhancement to velocity selective discrimination of neural recordings: Extraction of neuronal firing rates. - Benjamin Metcalfe; Daniel Chew; Chris Clarke; Nick Donaldson; John Taylor 002 (EMBC, 2014)

Improved Signal Processing Methods for Velocity Selective Neural Recording Using Multi-Electrode Cuffs. - Assad I. Al-Shueli; Christopher T. Clarke; Nick Donaldson; John Taylor 002 (IEEE Trans. Biomed. Circuits Syst., 2014)

A Summary of Current and New Methods in Velocity Selective Recording (VSR) of Electroneurogram (ENG). - John Taylor 002; Benjamin Metcalfe; Chris Clarke; Daniel Chew; Thomas Nielsen 001; Nick Donaldson (ISVLSI, 2015)

An implantable ENG detector with in-system velocity selective recording (VSR) capability. - Chris Clarke; Robert Rieger; Martin Schuettler; Nick Donaldson; John Taylor 002 (Medical Biol. Eng. Comput., 2017)

Velocity Selective Recording: A Demonstration of Effectiveness on the Vagus Nerve in Pig. - Benjamin Metcalfe; Thomas Nielsen 001; John Taylor 002 (EMBC, 2018)

Selective Recording of Urinary Bladder Fullness from the Extradural Sacral Roots*. - Benjamin Metcalfe; Nicolas Granger 002; Jonathan Prager; Shamin Sadrafshari; Timea Grego; John Taylor 002; Nick Donaldson (EMBC, 2020)

The Effects of the Presence of Multiple Conduction Velocities in the Analysis of Electrically-Evoked Compound Action Potentials (eCAPs). - John Taylor 002; Shamin Sadrafshari; Nick Donaldson; Nicolas Granger 002; Jonathan Prager; Benjamin Metcalfe (EMBC, 2020)

Urinary Bladder Innervation within the Sacral Roots of a Sheep. - Benjamin Metcalfe; Nicolas Granger 002; Jonathan Prager; Leen Jabban; John Taylor 002; Shamin Sadrafshari; Nick Donaldson (NER, 2021)

The Design of a Low Noise, Multi-Channel Recording System for Use in Implanted Peripheral Nerve Interfaces. - Shamin Sadrafshari; Benjamin Metcalfe; Nick Donaldson; Nicolas Granger 002; Jonathan Prager; John Taylor 002 (Sensors, 2022)

A Multielectrode Nerve Cuff for Chronic Velocity Selective Recording in a sheep model. - Nick Donaldson; Timea Grego; Henry Lancashire; Jonathan Prager; Nicolas Granger 002; Benjamin Metcalfe; John Taylor 002 (EMBC, 2023)