Graduate school students

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• 2013
  • Teruhiko Suzuki (株式会社ジーエムラボ) Elevation localization using two near loudspeakers with different level changes in subbands
  • Noriko Watanabe (m5151157) (ドコモ・システムズ株式会社) Evaluation of the effect of loudness for elevation localization
  • Xuan Guo (m5151160) (日本精機株式会社) Evaluation of reverberations measured in different environments and different positions
  
  
• 2012
  • Tetsuya Watanabe (m5141109) (NECネッツエスアイ株式会社),
    Elevation perception in the median plane for virtual sound images with different frequency characteristics
  • Yoshiyuki Morikawa (mm5141104) (アライドテレシス),
    Reverberation generation by the image sound source method for loudspeaker based 3-D sound systems
  
  
• 2011
  • Huakang Li (d8092104) (上海交通大学),
    Sound localization for robot position identification and navigation
  
  
• 2010
  • Katsuya Katsumata (m5121119) (日商エレクトロニクス),
    Simulation of a reverberant environment by reconstruction of impulse responses using measured sound intensity vectors
  
  
• 2008
  • Kazuhiro Koumura (m5101116) (Mind),
    Measurement and analysis of HRTFs
  • Keita Tanno (m5101119), Development of an user interface for 3-D sound creation
  
  
• 2007
  • Khelchandra Thongam (m5091140), Motion planning of a two-joint manipulator in 3-Dimensional environmentusing sampling based method
  • Takuya Yoshiara (m5091139) (東京海上火災),
    Spatial Sound Localization Using a Spherical Robot Head
  • Nobuhiko Saito (m5081135) (ケンウッド),
    Reconstruction of binaural impulse responses for virtual 3-D sound generation
  • Yoshihisa Fujiwara (m5091134) (日商エレクトロニクス),
    Listening position and direction dependence of a speaker based 3-D sound system
  • Huakang Li (m5092102), Spatial sound localization for multiple sound sources
  
  
• 2006
  • Masahide Sato (m5081136) (JR 東日本情報システム),
    Computational Analysis and Generation of Environmental Sounds
  • Shigetoshi Toyomisaka (m5081139) (日商エレクトロニクス),
    Robot Position Identification by Active Sound Localization
  
  
• 2005
  • Yoichi Aihara (m5071123) (みずほ情報総研),
    A Reealtime 8 to 5 Channel Source Conversion System with High Quality Side and Rear Panning
  • Satoshi Ishikawa (m5071124) (Sync),
    Robot Position Identification by Active Sound Localization
  • Keita Sato (m5071129), Robot Navigation and Environmental Map Generation by Information from its Sensors
  • Hiroaki Tonooka (m5071133) (日商エレクトロニクス),
    An Intelligent Mobile Robot for Home Security with Cellular Phone Interface
  • Toshinari Nakamura (m5071107) (日商エレクトロニクス),
    High Resolution HRTF Measurement and Compression based on the Principal Components Analysis
  • Hiroaki Mano (m5071111) (NEC Soft),
    Evaluation of Correction Filters for Different Types of Earphones and the Influence on Spatial Sound Perception
  
  
• 2004
  • Yoshiyuki Toyoda (m5051125) (ソニーグローバルソリューションズ),
    Environmental Sound Recognition by the Instantaneous Spectrum Combined with the Time Pattern of Power
  • Akira Saji (m5061113), 3-D Sound Reproduction by HRTFs Combined with the Amplitude Panning Method
  
  
• 2003
  • Shunrai Chou (m5051124), Position Calibration Using Colored Rectangle Signboards
  • Teppei Watanabe (m5051140) (ナッツウエル),
    The Development of a Real-Time Spatial Sound Localization System for a Mobile Robot
  
  
• 2002
  • Katsunori Kume (m5041109) (リコー),
    Spatial Sound Localization Using a Four Microphone Spherical Head
  • Tomohide Yanagi (m5041133), Multimedia Streaming Server for a Telerobot
  
  

Undergraduate students

• 2013
  • Yuki Izumi (s1160022) (日本インターシステムズ, 浜松営業所) Sound signal generation by analysis of narrow band instantaneous frequencies - analysis and generation of random signals -
  • Shiori Endo (s1170137) (公務員志望) Sound signal generation by analysis of narrow band instantaneous frequencies - analysis of the phase differences of oscillation signals -
  • Chika Kawamura (s1170186) (ソフトバンク) Frontal localization using headphones with modified frequency characteristics and reverberation
  • Toru Kibushi (s1170230) (航空自衛隊) Elevation localization in the side area using two near loudspeakers with different level changes in subbands
  • Rina Yabuki (s1170256) (日本工営) Elevation localization in the back area using two near loudspeakers with different level changes in subbands
  • Tomomi Sugasawa (s1170154) (大学院進学) Evaluation of reverberations measured in different environments
  • Misaki Naito (s1170246) (トヨタ情報システム愛知株式会社) Evaluation of the effect of loudness for elevation localization using two near loudspeakers
  
  
• 2012
  • Yuki Funyu (s1160187) (日商エレクトロニクス),
    Elevation localization in the frontal area using two near loudspeakers
  • Yuji Sato (s1160106) (ソフトバンク),
    Frontal localization using headphones with different level changes in subbands
  • Hiroaki Sakai (s1160089) (東北インフォーメーションシステムズ株式会社),
    A new reverberation generation method for 3-D sound systems using horizontally arranged loudspeakers
  • Tatsuya Fujino (s1160185) (日本オフィスシステム株式会社),
    Evaluation of the 5-loudspeaker 3-D sound system with different sound scenes
  • Kouki Yuza (s1160237) (エキサイト株式会社),
    Sound signal generation by analysis of narrow band instantaneous frequencies - analysis and generation of vowels -
  • Masahiro Inoue (s1160026) (日本精機株式会社),
    Sound signal generation by analysis of narrow band instantaneous frequencies - analysis and generation of impact sounds -
  
  
• 2011
  • Sachio Watanabe (s1150248) (JR東日本情報システム),
    Environmental sound analysis by calculating the instantaneous frequencies within narrow bands
  • Yurie Yoshioka (s1150243),
    Improvement of a 3-D sound system by vertical speaker arrays
  • Noriko Watanabe (s1150250) (大学院進学) ,
    Evaluation of a speaker based 3-D sound system with moving sound images
  • Teruhiko Suzuki (s1150125) (大学院進学),
    Evaluation of a speaker based 3-D sound system in real ordinary rooms
  • Hayato Suzuki (s1150128) (アライドテレシス),
    Frontal sound localization with two near loudspeakers
  • Takumi Kanbara (s1150067) (NRI),
    Frequency modulation and elevation perception
  
  
• 2010
  • Yoshiyuki Morikawa (s1140211), Reconstruction of reverberant environments by measured sound intensity vectors
  • Naoya Yunoue (s1100228) (ノマド),
    Frequency analysis for frontal sound localization with near speakers
  • Kensuke Tanaka (s1140144), Improvement of 3-D sound systems by vertical speaker arrays
  • Hiroaki Endou (s1110037), Individual difference analysis of 3-D sound perception with an horizontally arranged speaker system
  • Tomooki Otaka (s1140043), Environmental sound analysis by instantaneous frequencies and filter banks
  • Tetsuya Watanabe (s1140243), The learning effect of 3-D sound perception with a horizontally arranged speaker system
  
  
• 2009
  • Mari Anzai (s1130008) (Info COM),
    Spatial perception with different types of sound stimuli
  • Kentaro Kogure (s1130076) (Cannon),
    Elevation perception with smoothed HRTFs
  • Naomi Tayama (s1130146), 3-D sound creation by a horizontally arranged 5-channel loudspeaker system
  • Yuki Tomotaki (s1130155) (UFJ Bank),
    Creation of frontal sound images with loudspeakers located near the ears
  • Takuya Maeda (s1130206) (ゼンリン),
    Environmental sound analysis and generation
  • Kensuke Kusaura (s1130069) (Toyoda Technical Development),
    Approximation of HRTFs by Gaussian distribution curves
  
  
• 2008
  • Haruna Hashimoto (s1120171) (Yahoo Japan),
    Elevation Perception in the Side Area with Smoothed HRTFs
  • Taiki Hata (s1120174) (IBM),
    Frequency Dependence of HRTFs for Side Area Elevation Perception
  • Tatsuya Katsumata (s1100054), Measurement and Analysis of HRTFs with Room Reverberation
  • Kenichi Takemoto (s1120147) (任天堂),
    A New Pointing System for 3-D Sound Creation
  • Ryo Takamizawa (s1120143) (Cannon Software),
    A 3-D Sound System using High Mounted Speakers
  • Hiromi Anzai (s1120008), Impact Sound Analysis and Synthesis for Computational Generation
  
  
• 2007
  • Yuka Watanabe (s1110237), A 3-D Sound System Using 8 Speakers Arranged on the Horizontal Plane
  • Seiya Koga (s1110079), Adjustment of the Effect of HRTFs for Speaker based 3-D Sound Systems
  • Atsushi Tokuda (s1110154) (Info COM),
    Listening Position Effect on a Speaker Based 3-D Sound System
  • Yumi Kudou (s1110076), Environmental Sound Analysis and Synthesis for Computational GenerationUsing the Wigner Distribution with Reassignment
  • Mayuko Ono (s1110055), Robot Position Identification by Sound Beacons Located in Know Positions
  
  
• 2006
  • Keita Tanno (s1100141), A Real-Time 3-D Sound System Using 8 Horizontally Arranged Speakers
  • Yuri Yamauchi (s1100219) (マイコミ),
    3-D Sound Production by a Horizontally Arranged 8 Speaker System - Part I, Elevation Perception in the Front and Back Areas
  • Kazuhiro Koumura (s1100082),
    3-D Sound Production by a Horizontally Arranged 8 Speaker System - Party II, Elevation Perception in the Side Areas
  • Yuu Suzuki (s1100119) (アルパイン),
    Environmental Sound Analysis and Synthesis Using the Wigner Distribution
  • Hiroyuki Yamamoto (s1100226), Robot Navigation Using an Environmental Map and Active Sound Localization
  
  
• 2005
  • Shinya Itou (s1090023) (アメリカ留学),
    Investigation and Improvement of Sound Localization from the Side in the Conventional 5 Channel Speaker Systems
  • Shizue Katou (s1090054), Environmental Sound Analysis and Modeling for Computational Generation by Wigner Distribution
  • Jiyunpei Ootomo (s1090044), The Precedence Effect of Sound From Side Direction
  • Michiko Ebana (s1090035), Self-Position Identification of Mobile Robot by Active Sound Localization
  • Daisuke Watanabe (s1090237), Environmental Sound Generation by Component-Tracking Method
  • Takuya Yoshiara (s1090228), Distance Measurement by Optical Flow for Environmental Map Generation for Mobile Robots
  
  
• 2004
  • Mina Kawauchi (s1080069) (東北大学工学部 事務),
    Perceptual Separation of Overlapped Vowels
  • Masahide Sato (s1080111), Telerobot as a WEB Server
  • Shigetoshi Toyomisaka (s1080161), ECG Signal Quality Evaluation and Electrode-Fail Detection for a Health Care System
  • Hiromi Hatano (s1080185) (F.COM),
    Locomotion Control of AIBOs for RoboCup
  • Takeshi Fujiwara (s1080198) (東京大学、システム量子工学専攻),
    Recognition of Black and White Soccer Ball by AIBOs
  • Yuya Futamura (s1080200) (日東紡),
    Influence of Echoes and Reverberations on Perceptual Organization of Sound in Human Audition
  • Nobuhiko Saito (s1080099), Cancellation of Robot's Own Sound from Its Input Signal
  • Yoshiko Inoue (s1080025) (日本ビクター),
    The Torso Effect for HRTF based 3-D Sound Reproduction
  • Shinya Tsunematsu (s1080156) (CNS),
    Perceptual Evaluation of the Effect of Torso Reflection on Directional HRTFs
  
  
• 2003
  • Yousuke Endou (s1061028) (オリンパス株式会社),
    3-D Sound Reproduction by a 4-Speaker System
  • Ruriko Kaneda (s1070064) (フューチャーシステムコンサルティング),
    A Method of HRTF Classification and FindingProper HRTF for Individuals
  • Takuya Kobayashi (s1070080) (フロンティア・ドメイン),
    Data Streaming and Managing in a Telerobot System
  • Keita Sato (s1070103), Mobile Robot Navigation for a patrol robot system
  • Kousuke Suzuki (s1070128), Sound Separation based on Perceptual Cues in Human Audition
  • Hiroaki Tonooka (s1070147), Telerobot Operation and Telecommunication Using Cellular Phone
  • Izumi Furukawa (s1070182), Interaction Between Different Primary Cues for Sound Integration and Segregation, Psychological Investigation Part III
  
  
• 2002
  • Yoshitaka Ootake (s1061032) (F.COM),
    Robot Position Calibration by Rectangle Sign Boards
  • Akira Saji (s1062040), 3D Sound Reproduction by a Sphere Four-Channel Microphone Head
  • Hitomi Satou (s1062042), Interaction Between Different Primary Cues for Sound Integration and Segregation, --- Psychological Investigation Part II ---
  • Mika Nakayama (s1062064)(Cannon Marketing Japan),
    First-step Implementation for a Robot Operation Server by Using Java RMI
  
  
• 2001
  • Yoshiyuki Toyoda (s1051104), Environmental Sound Recognition by Time-delay Neural Network
  • Masahiro Nishihashi (s1051112), HTRF Measurement and Analysis for a Sphere Microphone Head
  • Taiki Hanami (s1051118) (京セラコミュニケーションシステム(株)),
    Sound Integration and Segregation Based on Spatial Cues
  • Kaoru Yoshida (s1051155), Interaction Between Different Primary Cues for Sound Integration and Segregation
  • Shiho Watanabe(s1051160), First-step Implementation for a Multi-navigation Mode Agent Robot
  
  
• 2000
  • Katsunori Kume (s1041101), Computational Implementation of Primary Cues for Stream Segregation
  • Tomohide Yanagi (s1031072), Implimentation and Evaluation of a 3D-Sound Model
  • Takayoshi Gotou (s1042036), A Weighted Cross Correlation Method for Sound Localization in Reverberant Environments
  • Yoshinobu Utsuno (s1022010), Computational Evaluation for the EA Model of the Precedence Effect

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last modified: 11 March 2003 by Jie Huang (j-huang@u-aizu.ac.jp)