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): 272-282

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