Multiband dynamic range compression sound processing for hearing impaired patients: effect on intelligibility of speech in background noise. - Brian C. J. Moore; Jeannette Seloover Johnson; Vincent Pluvinage; Teresa M. Clark (ICSLP, 1990)

Temporal integration and context effects in hearing. - Brian C. J. Moore (J. Phonetics, 2003)

Speech processing for the hearing-impaired: successes, failures, and implications for speech mechanisms. - Brian C. J. Moore (Speech Commun., 2003)

Effects of enhancement of spectral changes on speech quality and subjective speech intelligibility. - Jing Chen; Thomas Baer; Brian C. J. Moore (INTERSPEECH, 2010)

Effect of individually tailored spectral change enhancement on speech intelligibility and quality for hearing-impaired listeners. - Jing Chen; Brian C. J. Moore (ICASSP, 2013)

Parameter-based binaural hearing aid algorithms to improve speech intelligibility and localization in complex environments. - Young Woo Lee; Brian C. J. Moore (EMBC, 2015)

Effectiveness of Near-End Speech Enhancement Under Equal-Loudness and Equal-Level Constraints. - Tudor-Catalin Zorila; Sheila Flanagan; Brian C. J. Moore; Yannis Stylianou (INTERSPEECH, 2016)

Computational models for predicting sound quality. - Brian C. J. Moore (SPA, 2016)

Fast computation of loudness using a deep neural network. - Josef Schlittenlacher; Richard E. Turner; Brian C. J. Moore (CoRR, 2019)

Audiogram-Informed End-to-End Noise Reduction and Wide Dynamic Range Compression for Hearing Aids. - Huiyong Zhang; Brian C. J. Moore; Lingling Dai; Fengyuan Hao; Xiaodong Li 002; Chengshi Zheng (ICASSP, 2025)