| TC-01 | Acoustic Sensors and Instruments |
|---|---|
| TC-02 | Aeroacoustics |
| TC-03 | Artificial Intelligence in Acoustics |
| TC-04 | Architectural Acoustics |
| TC-05 | Atmospheric Sound |
| TC-06 | Bioacoustics |
| TC-07 | Musical Acoustics |
| TC-08 | Noise |
| TC-09 | Nonlinear Acoustics |
| TC-10 | Physical Acoustics |
| TC-11 | Psychological and Physiological Acoustics |
| TC-12 | Signal Processing in Acoustics |
| TC-13 | Speech |
| TC-14 | Structural Acoustics and Vibration |
| TC-15 | Ultrasound |
| TC-16 | Underwater Acoustics |
| TC-17 | Other Acoustics |
| TC-18 | SS-01 HPC and Advanced Computing Applications in Acoustics |
| TC-19 | SS-02 Novel advances on numerical methods applied to wave propagation phenomena in complex scenarios |
| TC-20 | SS-03 Numerical Methods in Vibro-acoustics |
| TC-21 | SS-04 Inverse Design of Acoustic Metamaterials |
| TC-22 | SS-05 Inverse Problem in Acoustics and Vibration Array System |
| TC-23 | SS-06 Microphone array techniques |
| TC-24 | SS-07 Sound source localization |
| TC-25 | SS-08 Model-based and data-driven approaches in underwater acoustics |
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