References:
[1] Shaul Florian and Neil J Bershad. " A Weighted Normalized Frequency
Domain LMS Adaptive Algorithm". IEEE Transactions on Acoustics
speech and signal processing., Vol. 36, no. 7, July 1998
[2] Francosie Beaufays. " Trasnform domain adaptive filters: An analytical
approach". IEEE Transactions on Signal processing, vol. 43, no. 2, Feb
1995
[3] Mohammed A Shamma. " Improving the speed and performance of
adaptive equalizers via transform based adaptive filtering ". 2591
Ashurst Rd. University Heights, Ohio, 44118, USA.
[4] Adaptive filter theory. By Simon Haykin.
[5] V.Udayashankara, A.P.Shivaprasad., " Digital Hearing Aid: A Review".
World
congress on Medical physics & Biomedical Engineering. Brejil, Aug.
1994. Pp. 21-26.
[6] V.Udayashankara , A.P.Shivaprasad. " The application of voltera LMS
Adaptive filtering to speech enhancement for the Hearing Impairment ".
4th Euro-speech conference on speech communication and Technology,
Mandrid, Spain. Sept.1995. pp. 18-21.
[7] Moore. B.C., Stainsby. T.H., Alcantara. J.I., Kuhnel. V., "The effect of
speech intelligibility of varying compression time constants in a digital
hearing aid". International Journal on Audio logy. 2004 Jul-Aug: 43(7),
pp. 399-409.
[8] Chung.K., "Challenges and recent developments in Hearing Aids".,
Trends Amplif.2004:8(3). Pp. 83-124.
[9] Shanks. J.E., Wilson. R.H.Larson, Williams. D., " Speech recognition
performance of patients with sensorineural hearing loss under unaided
and aided conditions using linear and compression hearing aids". Ear
hear. 2002 Aug: 23(4), pp. 280-90.
[10] Baer.T., Moore.B.C., Kulk.K., " Effects of low pass filtering on the
intelligibility of speech in noise for people with and without dead
regions at high frequencies". Journal on Acoustic soc Am. 2002 Sept:
112(3 pt 1)., pp. 1133-44.
[11] Hornsby.B.W. Ricketts.T.A., "The effects of compression ratio, signalto-
noise ratio and level on speech recognition in normal-hearing
listners". Journal on Acoustics soc Am. 2001 June: 109(6). pp. 2964-
73.
[12] Shields.P.W., Campbell.B.R., " Improvements in intelligibility of noisy
reverberant speech using a binaural sub band adaptive noise-cancellation
processing scheme". Journal on Acoustics Soc Am. 2001Dec: 110(6).
Pp. 3232-42.
[13] Wouters.J., Litiere.L., Van Wieringen.A., " Speech intelligibility in
noisy environment with one and two microphone hearing aids".
Audiology. 1999 Mar-Apr: 38(2). Pp 91-8.
[14] Rankovic.C.M., " Factors governing speech reception benefits of
adaptive linear filtering for listeners with sensorineural loss". Jpurnal on
Acoustics Soc Am. 1998 Feb: 103(2). Pp. 1043-57.
[15] Baer. T., Moore.B.C., Gatechouse. S., "Spectral contrast enhancement
of speech in noise for listeners with sensorineural hearing impairment:
effects on intelligibility, quality, and response times". Journal on
Rehabilitation Res Dev. 1993:30(1). Pp.. 49-72.
[16] Dr. Harry Levitt, " Noise reduction in Hearing aids: An overview ".
Journal of Rehabilitation Research and Development, Vol.38. No.1, Jan-
2001.
[17] Sunitha S.L and Dr.V Udayashankara, " DFT-LMS Speech
Enhancement Technique for Sensorinueural loss Patients". Journal of
Bioinformatics India, Vol 3. Jan-March 2005.
[18] Simon Haykin, Adaptive Filter Theory", Pearson Education Asia, 4th
Edition, 2002.
[19] Bernard Widrow and Samuel D.Stearns. " Adaptive Signal Processing",
Pearson Education Asia, 2002.
[20] Sunitha S.L and Dr.V. Udayashankara. " DWT-LMS Speech
Enhancement Technique for Performance Enhancement of Digital
Hearing Aid", ICSCI, Jan 2005. (Best paper of the session has been
taken for this paper)
