Speech fundamental period estimation by a novel parallel processing method. - Ian S. Howard (ECST, 1987)

Speech fundamental frequency estimation by multi-channel peak-picking. - David M. Howard 001; Andrew Faulkner; Ian S. Howard (ECST, 1987)

The application of adaptive constraint satisfaction networks to acoustic phonetic attribute determination. - Ian S. Howard; Mark A. Huckvale (ECST, 1987)

The implementation of a portable real-time multilayer-perceptron speech fundamental period estimator. - Ian S. Howard; J. R. Walliker (EUROSPEECH, 1989)

Automatic phonetic feature labelling of continuous speech. - Mark A. Huckvale; Ian S. Howard; William J. Barry (EUROSPEECH, 1989)

Real-time portable multi-layer perceptron voice fundamental-period extractor for hearing aids and cochlear implants. - J. R. Walliker; Ian S. Howard (Speech Commun., 1990)

Teaching a vocal tract simulation to imitate stop consonants. - Mark A. Huckvale; Ian S. Howard (INTERSPEECH, 2005)

KLAIR: a virtual infant for spoken language acquisition research. - Mark A. Huckvale; Ian S. Howard; Sascha Fagel (INTERSPEECH, 2009)

Workspace comparisons of setup configurations for human-robot interaction. - Franziska Zacharias; Ian S. Howard; Thomas Hulin; Gerd Hirzinger (IROS, 2010)

A Single-Rate Context-Dependent Learning Process Underlies Rapid Adaptation to Familiar Object Dynamics. - James N. Ingram; Ian S. Howard; J. Randall Flanagan; Daniel M. Wolpert (PLoS Comput. Biol., 2011)

Creating the cognitive form of phonological units: The speech sound correspondence problem in infancy could be solved by mirrored vocal interactions rather than by imitation. - Piers Messum; Ian S. Howard (J. Phonetics, 2015)

A Modular 3D-Printed Inverted Pendulum. - Ian S. Howard (TAROS (1), 2019)

State Space Analysis of Variable-Stiffness Tendon Drive with Non-back-Drivable Worm-Gear Motor Actuation. - Ian S. Howard; Martin F. Stoelen (TAROS, 2021)

EtherCAT Implementation of a Variable-Stiffness Tendon Drive with Non-back-Drivable Worm-Gear Motor Actuation. - Ian S. Howard; Martin F. Stoelen (TAROS, 2021)

3D Printed Mechanically Modular Two-Degree-Of-Freedom Robotic Segment Utilizing Variable-Stiffness Actuators. - Alfred Wilmot; Ian S. Howard (TAROS, 2021)

Design and Kinematic Analysis of a 3D-Printed 3DOF Robotic Manipulandum. - Ian S. Howard (TAROS, 2023)

Human evaluation of robotic grippers for berry picking. - Laura Alvarez-Hidalgo; Ian S. Howard (CoRR, 2024)