2011

Copyright (2011) Acoustical Society of America. This article may be downloaded for personal use only. Any other use requires prior permission of the author and the Acoustical Society of America

2009

Environmental noise reduction configuration: Effects on preferences, satisfaction, and speech understanding
Zakis J.A, Hau J, Blamey P.J
International Journal of Audiology 48(12): 853-867

Loudness and Satisfaction Ratings for Hearing Aid Users
Blamey P.J, Martin L.F.A
Journal of the American Academy of Audiology 20(4): 272-28

2008

Effects of Expansion Algorithms on Speech Reception Thresholds
Wise C.L, Zakis J.A
Journal of the American Academy of Audiology 19(2): 147-157

2007

The acoustic and perceptual effects of two noise-suppression algorithms
Zakis J.A, Wise C
Journal of the Acoustical Society of America 121(1): 433-441

2006

Effect of Multichannel Digital Signal Processing on Loudness Comfort, Sentence Recognition, and Sound Quality
Mispagel K.M, Valente M
Journal of the American Academy of Audiology 17(10): 681-707

Improving Speech Intelligibility in Background Noise with an Adaptive Directional Microphone
Blamey P, Fiket H, Steele B
Journal of the American Academy of Audiology 17(7): 519-530

Der akustische und perzeptive Effekt der Signalverzögerung bei digitaler Signalverarbeitung auf den Klang der eigenen Stimme
Blamey P, Hörning A
Deeutsche Optikerzeitung July 2006: 106-110

Drilling a vent often fails to give relief from occlusion
Fulton B, Martin L
The Hearing Journal 59(7):40-45

2005

An intrinsically digital amplification scheme for hearing aids
Blamey PJ, Macfarlane DS, Steele BR
EURASIP Journal on Applied Signal Processing, 18: 3026-3033

Sound processing in hearing aids and cochlear implants is gradually converging
Blamey PJ
The Hearing Journal 58(11): 44-52

Modular DSP software for voice communication enhancement
Blamey PJ
Embedded Systems Europe, pp24-26, August/September

Adaptive dynamic range optimization (ADRO): A digital amplification strategy for cochlear implants and hearing aids
Blamey PJ
Trends in Amplification 9(2): 77-98

2004

A Digital Processing Strategy to Optimize Hearing Aid Outputs Directly
Blamey PJ, Martin LFA, Fiket HJ
Journal of the American Academy of Audiology 15(10)716-728

Optimizing Dynamic Range in Children Using the Nucleus Cochlear Implant
Dawson PW, Decker JA, Psarros CE
Ear and Hearing 25:203-241

2002

Adaptive Dynamic Range Optimization for Cochlear Implants: A Preliminary Study
James CJ, Blamey PJ, Martin L, Swanson B, Just Y,
Macfarlane D
Ear and Hearing 23:49S-58S

2001

Adaptive Dynamic Range Optimisation for Hearing Aids
Martin, LFA, Blamey PJ, James CJ, Galvin KL, Macfarlane D
Acoustics Australia 29(1):21-24