Print edition: ISSN 0913-5685 Online edition: ISSN 2432-6380
[TOP] | [2016] | [2017] | [2018] | [2019] | [2020] | [2021] | [2022] | [Japanese] / [English]
EA2019-1
A Study on Sound Communication in Inaudible Band Based on Neural Network
Kosei Ozeki, Naofumi Aoki, Yoshinori Dobashi (Hokkaido Univ.)
pp. 1 - 4
EA2019-2
Automatic Generation of Charts for Rhythm Games by Machine Learning
Atsuhito Udo, Naofumi Aoki, Yoshinori Dobashi (Hokkaido Univ.)
pp. 5 - 8
EA2019-3
Black Box Modeling of Distortion Stomp Boxes Using Machine Learning
Yuto Matsunaga, Naofumi Aoki, Yoshinori Dobashi (Hokkaidou Univ.), Tetsuya Kojima (NITTC)
pp. 9 - 14
EA2019-4
Development of an evaluation board for digital effector
Kenta Kaite, Naofumi Aoki, Yoshinori Dobashi (Hokkaido Univ.)
pp. 15 - 16
EA2019-5
Changes in the impression of urgency-inducing speech due to added background sounds
Masahiro Yamataka (Aichi Univ. of Technology), Takeshi Shibutani, Shuichi Sakamoto, Yoiti Suzuki, Toshiaki Muramoto (Tohoku Univ.)
pp. 17 - 22
EA2019-6
[Invited Talk]
A study of use of a hyper directional speaker in Yezo sika deer-vehicle collision prevention by sound
Hiroki Matsuzaki, Hirofumi Sanada, Naofumi Wada (HUS)
pp. 23 - 28
EA2019-7
[Invited Talk]
Room Acoustics and Sound Insulation Design of Sapporo Sosei Square
Ami Aoki, Yoshihide Shiba, Akira Ono, Fumiaki Sakamaki
pp. 29 - 35
EA2019-8
[Invited Talk]
Acoustical Design of Sapporo Cultural Arts Theater “hitaru”
Fumiaki Sakamaki, Akira Ono, Ami Aoki, Yoshihide Shiba
pp. 37 - 41
EA2019-9
[Invited Talk]
Electro-Acoustic technologies employed by the "hitaru" Sapporo Cultural Arts Theater
-- VCM and AMQ3 --
Toshifumi Kunimoto (YAMAHA)
p. 43
EA2019-10
Relationship between left-right asymmetry for head shape and localization accuracy on the elevation direction.
Akihiro Kudo, Kento Iwasaki (NIT, Tomakomai College)
pp. 45 - 50
EA2019-11
Comparing training effects associated with two sets of HRTF data on auditory localization performance
Sungyoung Kim (RIT), Song Hui Chon (Belmont Univ.), Hiraku Okumura (Yamaha), Shuichi Sakamoto (Tohoku Univ.)
pp. 51 - 56
EA2019-12
Binaural reproduction capability for multiple off-axis listeners based on the 3-channel optimal source distribution principle
, (OPSODIS, ISVR), Keith Holland, Dylan G. Morgan, Laurence Haines (ISVR)
pp. 57 - 64
EA2019-13
Sound source separation by synchronized joint diagonalization under underdetermined conditions using regularization
Taiki Izumi (Oita Univ.), Yuuki Tachioka (Denso IT Laboratory), Shingo Uenohara, Ken'ichi Furuya (Oita Univ.)
pp. 65 - 70
EA2019-14
Directivity synthesis using multipole sources based on higher spherical harmonic expansion
-- application to FDTD method --
Daichi Sakamoto, Takao Tsuchiya (Doshisha Univ.)
pp. 71 - 76
EA2019-15
Extension of acoustic measurement procedures based on frequency domain variants of the velvet noise
Hideki Kawahara (Wakayama Univ.), Ken-Ichi Sakakibara (Health Science Univ.), Mitsunori Mizumachi (Kyutech)
pp. 77 - 82
EA2019-16
Harmonic Distortion Measurement in Resistors
Youhei Miyaoka, Minoru Kurosawa (Titech)
pp. 83 - 86
EA2019-17
Time-frequency analysis based on short-time sinusoidal parameter estimation:
-- Unified realization of linear and wavelet structures and application to musical and speech sounds --
Shigeru Ando (Univ. Tokyo)
pp. 87 - 92
EA2019-18
Acoustic Analysis and Synthesis of Triangle
Naofumi Aoki (Hokkaido Univ.)
pp. 93 - 98
EA2019-19
A Study on Automatic Summarization of Music Data Based on Its Acoustic Features
Yudai Kikuchi, Naofumi Aoki, Yoshinori Dobashi (Hokkaido Univ.)
pp. 99 - 102
EA2019-20
Synthesis of Unvoiced Speech in the Interactive Speech Synthesizer "Voice Pad"
Naofumi Aoki, Keisuke Ai (Hokkaido Univ.)
pp. 103 - 107
EA2019-21
A study on segmentation of speech database by using Julius
Saki Anazawa (Hokkai-Gakuen Univ.), Naofumi Aoki (Hokkaido Univ.)
pp. 109 - 112
EA2019-22
Audio database construction based on video and subtitle data posted on the Web
Yuko Takai, Naofumi Aoki, Yoshinori Dobashi (Hokkaido Univ.)
pp. 113 - 116
Note: Each article is a technical report without peer review, and its polished version will be published elsewhere.