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 Conference Papers (Available on Advance Programs)  (Sort by: Date Descending)
 Results 1 - 11 of 11  /   
Committee Date Time Place Paper Title / Authors Abstract Paper #
SP, SIP, EA 2017-03-02
09:00
Okinawa Okinawa Industry Support Center [Poster Presentation] Switchable Adaptive Feedback Canceller for Hearing Aids
Kakeru Kashima, Arata Kawamura (Osaka Univ.), Masahiro Sunohara, Kazuteru Nishiyama, Nobuhiko Hiruma (Rion Co., Ltd.), Youji Iiguni (Osaka Univ.) EA2016-124 SIP2016-179 SP2016-119
Hearing aids suffer from howling. A traditional adaptive feedback canceller (T-AFC) removes howling, although it often d... [more] EA2016-124 SIP2016-179 SP2016-119
pp.237-242
CS, CAS, SIP 2014-03-06
14:25
Osaka Osaka City University Media Center A Howling Canceller Based on Analyzing Speech Signal Using Adaptive Notch Filters
Yuki Uehara, Yosuke Sugiura, Naoyuki Aikawa (Tokyo Univ. of Science) CAS2013-97 SIP2013-143 CS2013-110
(To be available after the conference date) [more] CAS2013-97 SIP2013-143 CS2013-110
pp.41-45
EA 2013-07-19
10:00
Hokkaido Health Sci. Univ. of Hokkaido A Howling Suppression using the Adaptive Multi Notch Filter
Naoya Kawabata, Takashi Yazu (OKI) EA2013-45
In a speakerphone system for videoconferencing or audio conferencing, etc., sounds output from a loud speaker is fed bac... [more] EA2013-45
pp.69-74
EA 2009-10-22
14:15
Niigata   Sound Reproducing System for Easiness of Speech Perception Using Estimate Method of Sound Pressure Level Distribution by Logistic Model
Shiho Atsumi, Kenji Furihata (Shinshu Univ.) EA2009-65
High volume level output at the loudspeaker can cause the loop to get into an oscillatory mode usually referred to as “h... [more] EA2009-65
pp.55-60
EA 2009-03-27
11:30
Tokyo   Improvement of Howling Canceller using Adaptive Filter with Delay Circuit
Akio Yamaguchi (Cepstrum Co., Ltd.) EA2008-138
It is possible to improve the perfomance of howling canceller using adaptive filter widh delay circuit by adding limiter... [more] EA2008-138
pp.13-18
CAS 2008-02-01
15:30
Okinawa   Design of Howling Suppressors using Adaptive Notch Filters
Takashi Matsumoto, Masayoshi Aoshima, Eiji Watanabe (Shibaura Inst. of Tech.), Akinori Nishihara (Tokyo Inst. of Tech.) CAS2007-105
When it is desired to suppress periodic signals whose frequencies are
unknown such as howling signals, one solution is ... [more]
CAS2007-105
pp.67-72
SIP, SIS, SP 2007-09-27
13:30
Aichi Nagoya Inst. of Tech. A howling suppressor using distance measurement
Arata Kawamura, Akira Sogami, Youji Iiguni (Osaka Univ.) SIP2007-88 SIS2007-24 SP2007-50
In this paper, we propose a howling canceller that uses a distance measure between the loudspeaker and the microphone, b... [more] SIP2007-88 SIS2007-24 SP2007-50
pp.31-36
EA 2007-07-27
13:30
Kanagawa   Howling Canceller Based on Sparseness of Speech for Hands-Free System
Kazunori Kobayashi, Ken'ichi Furuya, Yoichi Haneda, Akitoshi Kataoka (NTT) EA2007-35
In hands-free communication system, a voice switch is used for howling cancellation. However, the quality of duplex comm... [more] EA2007-35
pp.1-6
EA, SIP 2007-05-25
11:00
Osaka Osaka Univ. An adaptive howling canceller based on distance measurement
Akira Sogami, Arata Kawamura, Youji Iiguni (Osaka Univ.) EA2007-20 SIP2007-24
We usually use a loudspeaker and a microphone at the speech and the concert and so on.
When we use them, howling someti... [more]
EA2007-20 SIP2007-24
pp.15-20
EA, SIP 2007-05-25
11:30
Osaka Osaka Univ. Prediction of Howling for a Sound System in an Acoustical Environment with both Reverberant and Direct Sounds
Hideki Akiyama, Juro Ohga (Shibaura Inst. of Tech.) EA2007-21 SIP2007-25
This report gives a quantitative howling occurrence prediction method for a sound system in an acoustical environment wi... [more] EA2007-21 SIP2007-25
pp.21-26
EA 2006-08-10
13:30
Miyagi   A simple howling canceler based on interaural level difference -- Efficiency in cancelation performance along with frequency resolution --
Kotaro Matsuo, Yoshifumi Chisaki, Tsuyoshi Usagawa (Kumamoto Univ.)
Howling cancelation is an important issue in order to realize eithermonaural or binaural hearing assistant systems inclu... [more] EA2006-45
pp.19-24
 Results 1 - 11 of 11  /   
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