| A01-01 | ANC and AVC for vehicles | Shunsuke ISHIMITSU |
|---|---|---|
| A01-02 | ANC and AVC for home and/or office use | Woon-Seng GAN |
| A01-03 | ANC and AVC for consumer products | Young-Sup Lee |
| A01-04 | ANC and AVC for construction and environment | Tsutomu NISHIGAKI |
| A01-05 | New applications using ANC and AVC | Chinsuk HONG |
| A01-06 | Signal processing and algorithms for ANC and AVC | Yoshinobu KAJIKAWA |
| A02-01 | Animal sound classification | Sangwook Park |
|---|
| A03-01 | Sound insulation | HyeonKu Park and Tanaka Manabu |
|---|---|---|
| A03-02 | Sound insulation in wooden construction | Sejong Kim, Hiramitsu Atsuo and Jeffrey Mahn |
| A03-03 | Impact-borne noise | Kyoung-woo Kim, Berndt Zeitler amd Ryuta TOMITA |
| A03-04 | Absorption materials | KyoungHo Kim and Satoshi SUGIE |
| A03-05 | Noise from pipings | |
| A03-06 | HVAC noise | |
| A03-07 | Measurement & instrumentation | GukGon Song |
| A03-08 | Structure borne noise | Hong-Seok Yang and Susumu Hirakawa |
| A03-09 | Acoustic regulations, classification schemes and standards in building acoustics | Jeongho Jeong and Birgit Rasmussen |
| A03-10 | Safety & emergency acoustics | Jeongho Jeong and Jun-ho Choi |
| A03-11 | Room acoustics - Asian music | Yong Hee Kim, Alejandro Bidondo and YAN Xiang |
| A03-12 | Indoor spaces, offices & privacy | Yong Hee Kim |
| A03-13 | School & learning space | Chan Jae Park, YoungJi Choi and Keiji Kawai |
| A03-14 | Green & multistory buildings etc. | WonYound Yang and JoonHee Lee |
| A03-15 | Micro perforated panel | JongKwan Ryu and Kimihiro Sakagami |
| A04-01 | Noise assessment and policy | Eoin King, Maurice Yeung and Andy Chung |
|---|---|---|
| A04-02 | Sound propagation model | Timothy Van Renterghem and Yangfan Liu |
| A04-03 | Environmental sources affecting large area | Andy Chung and Michel Rosmolen |
| A04-04 | Environmental sound modelling and simulation | Gaetano Licitra and Judicael Picaut |
| A04-05 | Environmental infrasound and vibration | Kristy Hansen |
| A05-01 | Immersive and spatial audio | Wieslaw Woszczyk |
|---|---|---|
| A05-02 | Loudspeaker and microphone | Finn T. Agerkvist |
| A05-03 | Array technology | Efren Fernandez Grande and Jiho Chang |
| A05-04 | Acoustic sensors and actuators | Kentaro Nakamura |
| A05-05 | Optical and non-invasive measurement of sound | Yasuhiro Oikawa |
| A05-06 | Measurement and instrumentation | Wan-Ho Cho |
| A05-07 | Sound recording | Toru Kamekawa |
| A05-08 | Signal processing for spatial audio and binaural reproduction | Boaz Rafaely and Hyunkook Lee |
| A05-09 | Creation of haptic feeling by sound and vibration | Ercan Altinsoy |
| A05-10 | Smart material solutions for electroacoustic devices | Ercan Altinsoy |
| A05-11 | Metrology - calibration and standards | Salvador Barrera-Figueroa |
| A05-12 | Infrasound measurement and analysis | Wan-Ho Cho |
| A06-01 | Hydro acoustics | Hanshin Seol and Cheolung Cheong |
|---|---|---|
| A06-02 | Aeroacoustics: Fundamentals to applications | Jae-Wook Kim, Con Doolan and Stefan Jacob |
| A06-03 | Flow duct acoustics | Mats Åbom and Cheolung Cheong |
| A06-04 | Fan noise | Mats Åbom, Cheng Yang, Csaba Horváth and Tze Pei Chong |
| A06-05 | Flow acoustics in turbo fans and turbine | Mats Åbom and Stefan Jacob |
| A06-06 | Aeroacoustics of fluid-structure interaction | Randolph Leung and Cheolung Cheong |
| A07-01 | Music signal analysis, processing, synthesis | Nicholas Giordano |
|---|---|---|
| A07-02 | Musician – Instrument interaction | Michele Ducceschi and Vasileios Chatziioannou |
| A07-03 | Acoustics of string instruments | Claudia Fritz |
| A07-04 | Sensory evaluation of musical sound | Charalampos Saitis |
| A07 (Special Session) | Theater sound reproduction workshop | Youngsun Kim |
| A08-01 | Measuring Annoyance: new approaches | D. Schreckenberg |
|---|---|---|
| A08-02 | Number of events and other traffic conditions to annoyance | Dick Botteldooren and Junhong Park |
| A08-03 | Response to transportation noise and vibration | M. Smith and Wonseok Yang |
| A08-04 | Noise and health: state of the art (including machine learning assessment) | Ta-Yuan Chang and Yunsang Kwak |
| A08-05 | Noise and health in children | Irene van Kamp and Jans Spilski |
| A08-06 | Occupational noise and health | Jenny Selander |
| A08-07 | Noise barriers, action plans, and other interventions | T. van Renterghem and Francesco Aletta |
| A09-01 | Acoustic metamaterials and phononic crystals | Chunyin Qiu and Meng Xiao |
|---|---|---|
| A09-02 | Acoustic metasurfaces | Chen Shen and Yadong Xu |
| A09-03 | Nonlinear acoustics | Won-Suk Ohm and Mark Hamilton |
| A09-04 | Acoustofluidics | Feiyan Cai and Xiasheng Guo |
| A09-05 | Elastic metamaterials | Rui Zhu and Yangyang Chen |
| A09-06 | Jet Noise | Kent Gee and Won-Suk Ohm |
| A10-01 | Advances in cochlear imaging | Jens Hjortkjær |
|---|---|---|
| A10-02 | Characterization of individual hearing profiles | Hari Bharadwaj |
| A10-03 | Interactive hearing devices | Volker Hohmann |
| A10-04 | Augmented hearing technology | Christi Miller |
| A10-05 | Multi-modal solutions to enhance hearing | Jeremy Marozeau and Sebastian Merchel |
| A10-06 | Clinical audiology and applications | Yoonseob Lim, Mugyun Park and Jae-Jin Song |
| A10-07 | AI and Robot applications in hearing science and technology | Yong-Hwa Park |
| A11-01 | Psychological acoustics | Andre Fiebig and Mariko Tsuruta-Hamamura |
|---|---|---|
| A11-02 | Product sound quality and sound design | Masayuki Takada, Sung-Hwan Shin and Etienne Parizet |
| A11-03 | Application of psychoacoustics in noise evaluation | Katsuya Yamauchi and Pedro Poveda-Martinez |
| A11-04 | Spatial hearing | Ercan Altinsoy and Piotr Majdak |
| A11-05 | Sound in multisensory perception and interactions | Massimiliano Masullo and Akinori Ito |
| A11-06 | Psychoacoustics applied to the soundscape | Margret Engel and Andre Fiebig |
| A12-01 | Wave-based room acoustic simulations | Stefan Bilbao, Takeshi Okuzono and Allan Peter Engsig-Karup |
|---|---|---|
| A12-02 | Auditory virtual reality for enclosed spaces | Maarten Hornikx and Finnur Pind |
| A12-03 | Recent advances in sound absorption and diffusion of materials/devices | Yun Jing, Jieun Yang and Yong Li |
| A12-04 | Acoustics of cultural heritage buildings | Francesco Martellotta and Zühre Sü Gül |
| A12-05 | Measurement of sound absorption: standardized and upcoming methods | Melanie Nolan and Jamilla Balint |
| A12-06 | Acoustical needs for comfortable and inclusive learning spaces | Arianna Astolfi and Nicola Prodi |
| A12-07 | Open plan offices | Manuj Yadav and Sang Hee Park |
| A12-08 | Effects of noise and room acoustics on communication among occupational voice users | Lady Catherine Cantor Cutiva, Pasquale Bottalico and Viveka Lyberg Åhlander |
| A12-09 | Acoustics and noise in hospitals | Paul Barach and Thea Mathilde Larsen |
| A12-10 | Auralization of room acoustics by reproduction of spatial room impulse response | Pulkki Ville and Leo McCormack |
| A12-11 | Room acoustic simulations | Toru Otsuru and Lauri Savioja |
| A12-12 | Artificial intelligence, machine learning and Bayesian analysis in room-acoustics | John O'Keefe, Ning Xiang and Allan Peter Engsig-Karup |
| A12-13 | Acoustics in performance spaces | Tapio Lokki |
| A12-14 | Advance measurement methods in room acoustics | Massimo Garai and Tetsuya Sakuma |
| A12-15 | Acoustics in coupled volume systems | Zühre Sü Gül and Ning Xiang |
| A12-16 | Acoustic array processing in architectural acoustics | Efren Fernandez Grande and Jing Lu |
| A12-17 | Spatial and binaural evaluation in performance venues | Michelle Vigeant |
| A12-18 | General room acoustics | Louena Shtrepi and Dario D'Orazio |
| A13-01 | Machine learning-based single and multi-channel acoustic signal processing | Mingsian R. Bai and Yi-Wen Liu |
|---|---|---|
| A13-02 | Anomalous sound detection and classification for condition monitoring | Keisuke Imoto and Tatsuya Komatsu |
| A13-03 | Source event detection, localization, and classification | Archontis Politis |
| A13-04 | Signal processing for spatial audio and binaural reproduction | Boaz Rafaely and Hyunkook Lee |
| A13-05 | Spherical array signal processing and VR/AR applications | Franz Zotter and Jung-Woo Choi |
| A13-06 | Sound recording | Toru Kamekawa |
| A13-07 | Immersive and spatial audio | Wieslaw Woszczyk |
| A14-01 | Soundscape of public spaces | Jooyoung Hong and Brigitte Schulte-Fortkamp |
|---|---|---|
| A14-02 | Soundscape indicators and modeling | Jian Kang and Qi Meng |
| A14-03 | Urban sound planning | Luigi Maffei |
| A14-04 | Indoor soundscape | Francesco Aletta and Papatya Nur Dokmeci Yorukoglu |
| A14-05 | Multisensory interactions in soundscape | Sanghee Park and Hui Ma |
| A14-06 | Soundscape and health | Yoshiharu Soeta and Alessia Frescura |
| A14-07 | Underwater soundscapes | Olivier Adam |
| A14-08 | Covid led changes in soundscapes | Jeongho Jeong and César Asensio |
| A15-01 | Child speech analysis | Elena Lyakso and Nersisson Ruban |
|---|---|---|
| A15-02 | Pathological speech | Cheolwoo Jo and Jaeok Kim |
| A15-03 | Model-based and data-driven acoustic signal enhancement | Walter Kellermann |
| A15-04 | Assessment methods of speech perception with conventional and emerging hearing devices | Qinglin Meng and Yonghee Oh |
| A15-05 | Speech processing for enriched human communication | Masashi Unoki and Shuichi Sakamoto |
| A15-06 | Voice conversion | Haizhou Li and Tomoki Toda |
| A15-07 | Speech communication research using extended reality (XR) technology | Alexander Raake, Gunilla Berndtsson and Olli Rummukainen |
| A15-08 | Deep learning for speech processing | Ha-Jin Yu and Zheng-Hua Tan |
| A16-01 | Simulation in ultrasound propagation | Ulrike Steinmann and Sebastian Woeckel |
|---|---|---|
| A16-02 | Simulation for acoustic design | Sabine Langer, Sebastian Rothe and Blech Christopher |
| A16-03 | Underwater noise pollution due to offshore construction activities | Stephan Lippert and Cheolsoo Park |
| A16-04 | Data-driven methods in vibroacoustics | Steffen Marburg and Caglar Gurbuz |
| A16-05 | Simulation of ultrasound in non-destructive testing | Marc Kirch, Rainer Schneider, Ute Rabe and Dietmar Weber |
| A16-06 | Analytical and numerical methods applied to acoustic metamaterials | Jose Sanchez-Dehesa and Vicente Cutanda Henriquez |
| A16-07 | Numerical flow acoustics | Jae-Wook Kim and Manfred Kaltenbacher |
| A16-08 | Simulation of train-induced noise and vibration and building response | Andrew Peplow and Ola Floden |
| A16-09 | Mathematical methods in acoustics | Peter Balazs and Georg Tauboeck |
| A17-01 | Automotive noise and vibration | Sangkwon Lee, J. Stuart Bolton, Takeo Hashimoto and Katsuya Yamauchi |
|---|---|---|
| A17-02 | Road traffic noise | Adam Alexander, Eoin A. King, Kohei Yamamoto and Shinichi Sakamoto |
| A17-03 | Railway vehicle noise and vibration | Jiyoung Hong |
| A17-04 | Aircraft noise and vibration | Carsten Spehr |
| A17-05 | Electric vehicle noise and vibration | Klaus Genuit |
| A17-06 | UAV(Drone)/UAM noise and vibration | Joong-Kwan Kim, Jinmo Lee, Sang Kyu Park and Naoaki Shinohara |
| A17-07 | ANC/AVC for vehicle | Youngjin Park, J. Cheer, C. Shi, M. Pawelczyk and Y. Kajikawa |
| A17-08 | Design for vehicle sound quality | Takeshi Toi and Dong-chul Park |
| A17-09 | Diagnostic/prognostic of vehicle components by acoustic means | Choon Su Park |
| A17-10 | BSR | Sung-uk Choi, Min-Young Shon and Junhong Park |
| A18-01 | High-frequency ultrasound imaging | Weibao Qiu |
|---|---|---|
| A18-02 | High frame rate ultrasound imaging and its applications | Johnson (C.C) Huang |
| A18-03 | Multiphysics and multimodality ultrasound imaging | Jin Ho Chang |
| A18-04 | Brain therapy using ultrasound | Jinyoung Park |
| A18-05 | Cavitation-based therapeutic ultrasound | Ki Joo Pahk |
| A19-01 | Underwater communication | Charalampos Tsimenidis |
|---|---|---|
| A19-02 | Propagation and scattering | Oleg Godin and Nathalie Favretto-Cristini |
| A19-03 | Inverse problems in underwater acoustics | Stan Dosso and Julien Bonnel |
| A19-04 | Vector acoustics | Peter Dahl |
| A19-05 | General topics in acoustical oceanography | Keunhwa Lee |
| A20-01 | Structural acoustics and vibration | Hyun-Gwon Kil and Liling Tang |
|---|---|---|
| A20-02 | Sound radiation by vibrating structures, fluid loading of vibrating structures | Seong-Hyun Lee and Randolph Leung |
| A20-03 | Structure-borne sound and vibration engineering, SEA (Statistical energy analysis) | Jungsoo Ryue and Gregor Tanner |
| A20-04 | Inverse problems in vibration and acoustics, acoustic holography | Kyungmin Baik and Weikang Jiang |
| A20-05 | Structural intensity – computation, measurement, application | Kyungjun Song and Marcus Maeder |
| A21-01 | Reconstruction/restoration of sound in historic buildings, structures, and cultural landscapes | Brian Katz and Margarita Díaz-Andreu |
|---|---|---|
| A21-02 | Virtual acoustic environments for hearing research | Janina Fels and Jörg Buchholz |
| A21-03 | Immersive sound for social connection | Philip Robinson and Antje Ihlefeld |
| A21-04 | Rendering of realistic 3D virtual acoustic environments | Jonas Braasch and Josep Llorca-Bofí |
| A21-05 | Virtual acoustics in environmental noise control | Massimiliano Masullo and Michael Vorländer |
| A21-06 | Auditory virtual reality in architecture | Maarten Hornikx and Finnur Pind |
| A21-07 | Virtual validation and simulator aided engineering in automotive acoustics and vibration | Mark Allman-Ward and Gary Newton |
| A22-01 | Auditory training | Inyong Choi and William L. Martens |
|---|---|---|
| A22-02 | Flipped education and smart learning in acoustic education | Takayuki Arai |
| A22-03 | Acoustic education in the post-pandemic era: challenges and advances | Marui Atsushi |
| A22-04 | Discovering acoustics in history and archeology | Miriam Kolar |
