PROGRAM OUTLINE
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Sunday 9 August |
Monday 10 August |
Tuesday 11 August |
Wednesday 12 August |
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13:00 – 15:45 General Assembly
16:00 – 18:00 Opening Ceremony and Plenary (Dr. Brandon Southall)
18:30 – 19:30 Welcome Reception
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07:00 – 08:00 Young Professionals Breakfast
08:00 – 12:00 Keynote 1 (Prof. Elke Deckers) and Technical Sessions
12:00 – 13:00 Lunch (Exhibitor Workshops)
13:00 – 18:00 Keynote 2 (Prof. Con Doolan) and Technical Sessions
15:00 – 17:00 Young Professionals Workshop
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08:00 – 12:00 Keynote 3 (Prof. Kanako Ueno) and Technical Sessions
12:00 – 13:00 Lunch (Exhibitor Workshops) / Women in Noise Control Lunch
13:00 – 18:00 Keynote 4 (Prof. Xiaozhen Sheng) and Technical Sessions
19:00 – 22:30 Congress Dinner
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08:00 – 12:00 Plenary (Em. Prof. Stephen Elliott) and Technical Sessions
12:00 – 13:00 Lunch (Exhibitor Workshops)
13:00 – 16:00 Technical Sessions / Technical Tours
16:00 – 17:00 Closing Ceremony
17:00 – 18:00 Closing Reception |
*Program is subject to change at the discretion of the Technical Program Committee.
PROGRAM STREAMS & TOPICS
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Stream: |
Vibration & Acoustical Engineering Science |
Industrial & Transportation Applications |
Material, Architectural & Environmental Applications |
Human Factors |
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co-Lead 1 (int.): |
Mahmoud Karimi, University of Technology Sydney |
Anthony Zander, University of Adelaide |
Marc Buret, Environment Protection Authority Victoria |
Arvind Deivasigamani, SLR Consultinng VIC |
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co-Lead 2 (ext.): |
Laurent Maxit, INSA-Lyon |
Christine Erbe, Curtin University |
Densil Cabrera, Sydney University |
Irene van Kamp, Centre for Sustainability, Environment and Health, National Institute for Public Health and the Environment, Netherlands |
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Topic i |
Physical Acoustics & Elastic Waves |
Aircraft Noise |
Urban Acoustics and Outdoor Sound Propagation |
Community Noise & Health |
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Topic ii |
Measurement Methods |
Urban Air Mobility Noise |
Building Acoustics |
Soundscape |
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Topic iii |
Modeling & Simulation Techniques |
Ground Transportation Noise & Vibration |
Room Acoustics |
Perceptual Evaluation of Sounds and Product Noise |
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Topic iv |
Vibro-acoustics & Structure-Borne Noise |
Industrial Noise & Vibration |
Materials & Passive Treatments |
Art, Music & Science |
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Topic v |
Signal Processing, Reproduction & Diagnostics |
Underwater, Ship & Offshore Acoustics |
Education & Popularization |
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Topic vi |
Aero- & Thermo-Acoustics |
Flow-induced Noise & Vibrations |
Noise Control & Social Sciences |
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Topic vii |
Active Systems for Noise & Vibration Control |
Noise & Impacts on Biodiversity |
PROGRAM STREAMS, TOPICS & SESSIONS
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Vibration & Acoustical Engineering Science |
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Physical Acoustics & Elastic Waves |
1.1.1 |
Physical Acoustics & Elastic Waves: General |
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1.1.2 |
Nonlinear acoustics |
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1.1.3 |
Sound propagation in heterogeneous media |
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1.1.4 |
Sound interaction with natural media |
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1.1.5 |
Acoustic and Elastic Metamaterials |
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Measurement Methods
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1.2.1 |
Measurement Methods: General |
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1.2.2 |
Microphone and Loudspeaker Array Techniques |
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1.2.3 |
Measurement Standards and Instrumentation |
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1.2.4 |
New Developments with Basic Machinery Noise Emission Standards |
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1.2.5 |
Measurement Methods for Smart Cities and Noise Monitoring |
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1.2.6 |
Tone Definition and Evaluation |
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Modeling & Simulation Techniques |
1.3.1 |
Modeling & Simulation Techniques: General |
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1.3.2 |
Light Computational Models for Acoustics and Vibration Simulation |
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1.3.3 |
Acoustics and Vibration modeling of Electrical Machines |
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1.3.4 |
Numerical Methods for Nonlinear Applications in Vibro-Acoustics & Vibration |
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1.3.5 |
Artificial Intelligence and Machine Learning for Diagnosis in Acoustics & Vibration |
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1.3.6 |
Data-driven and Machine Learning Methods for Modeling and Design in Acoustics & Vibration |
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1.3.7 |
Acoustic Design using Optimization Methods |
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Vibro-acoustics & Structure-Borne Noise |
1.4.1 |
Vibro-acoustics & Structure-Borne Noise: General |
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1.4.2 |
Numerical Methods in Vibro-acoustics |
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1.4.3 |
Experiments in Vibro-acoustics |
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1.4.4 |
Vibration and Acoustics in Pipeline Monitoring: Advances in Leak Detection |
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1.4.5 |
Inverse Problems in Vibro-acoustics |
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1.4.6 |
Passive Control of Noise & Vibration Using Acoustic Black Hole Effect |
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Signal Processing, Reproduction & Diagnostics |
1.5.1 |
Signal Processing, Reproduction & Diagnostics: General |
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1.5.2 |
Signal Processing for Sound Reproduction and Spatial Audio |
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1.5.3 |
Artificial Intelligence and Machine Learning for Diagnosis in Acoustics & Vibration |
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1.5.4 |
Sound Reinforcement |
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1.5.5 |
Audio Transducers |
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Aero- & Thermo-Acoustics |
1.6.1 |
Aero- & Thermo-Acoustics: General |
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1.6.2 |
Thermoacoustics |
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1.6.3 |
Experiments in Flow-induced Noise & Vibration |
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1.6.4 |
Computational Methods in Flow-induced Noise & Vibration |
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1.6.5 |
Rotor & Turbomachinery Noise |
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1.6.6 |
Duct Aero-acoustics: Propagation and Noise Reduction in Industrial and Academical Problems |
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1.6.7 |
(Aero-)acoustic Material Design |
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Active Systems for Noise & Vibration Control
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1.7.1 |
Active Systems for Noise & Vibration Control: General |
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1.7.2 |
Hybrid Active-Passive Systems for Noise & Vibration Control |
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1.7.3 |
Signal Processing & Algorithms for Noise & Vibration Control |
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1.7.4 |
New Applications of Active Control |
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1.7.5 |
Artificial Intelligence for Active Systems in Noise & Vibration Control |
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1.7.6 |
Active Sound Field Control |
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Industrial & Transportation Applications |
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Aircraft Noise |
2.1.1 |
Aircraft Noise: General |
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2.1.2 |
Aircraft Interior Noise |
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2.1.3 |
Aircraft Exterior Noise |
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2.1.4 |
Airport Noise |
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2.1.5 |
Advanced Monitoring & Measurement |
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2.1.6 |
Supersonic Aircraft Noise |
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Urban Air Mobility Noise
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2.2.1 |
Urban Air Mobility Noise: General |
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2.2.2 |
Drone Noise Measurement, Modelling and Assessment |
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2.2.3 |
Small Unmanned Aircraft Noise Quiet Flight |
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2.2.4 |
Noise Impact and Control for Low-Altitude Aviation |
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Ground Transportation Noise & Vibration |
2.3.1 |
Ground Transportation Noise & Vibration: General |
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2.3.2 |
Measurement Methods for Tire/Road Noise |
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2.3.3 |
Acoustic Properties of Road Pavements |
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2.3.4 |
Acoustic Properties of Tires for Exterior Noise |
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2.3.5 |
Vehicle Acoustics |
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2.3.6 |
Railway Noise & Vibration |
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2.3.7 |
Noise Barriers and Noise Mitigation Methods |
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2.3.8 |
Auralisation of Transportation Noise |
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2.3.9 |
Vibration from Ground Transportation: Sources and Propagation |
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Industrial Noise & Vibration
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2.4.1 |
Industrial Noise & Vibration: General |
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2.4.2 |
Industrial Noise Control |
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2.4.3 |
Wind Turbine Noise |
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2.4.4 |
Road Traffic Noise Assessment and Modelling |
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2.4.5 |
Tone Definition and Evaluation |
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Underwater, Ship & Offshore Acoustics
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2.5.1 |
Underwater, Ship & Offshore Acoustics: General |
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2.5.2 |
Underwater Marine System Noise Radiation and Control |
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2.5.3 |
Underwater Acoustic Propagation |
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2.5.4 |
Underwater Object Detection & Classification |
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2.5.5 |
Noise and mitigation from underwater explosives and UXO clearance |
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Flow-induced Noise & Vibrations |
2.6.1 |
Flow-induced Noise & Vibrations: General |
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2.6.2 |
Experiments in Flow-induced Noise & Vibration |
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2.6.3 |
Computation methods in Flow-induced Noise & Vibration |
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2.6.4 |
Rotor & Turbomachinery Noise |
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2.6.5 |
Control of Flow Noise |
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Noise & Impacts on Biodiversity
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2.7.1 |
Noise & Impacts on biodiversity: General |
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2.7.2 |
Impacts of Noise Generated by Renewable Energy on Biodiversity |
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2.7.3 |
Impacts of Transportation Noise on Biodiversity |
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2.7.4 |
Ecoacoustics and Analysis of Soundscape |
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Material, Architectural & Environmental Applications |
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Urban Acoustics and Outdoor Sound Propagation |
3.1.1 |
Urban Acoustics and Outdoor Sound Propagation: General |
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3.1.2 |
Urban Sound Propagation |
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3.1.3 |
Sound Driven Place Making and Urban Planning |
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3.1.4 |
Techniques and Applications of Infrasound Propagation |
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3.1.5 |
Artificial Intelligence & Machine Learning for Built Environment |
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3.1.6 |
Advances in Noise Mapping |
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Building Acoustics
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3.2.1 |
Building Acoustics: General |
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3.2.2 |
Requirements, Classification Schemes & Standards in Building Acoustics |
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3.2.3 |
Measurement and Prediction of Airborne and Impact Sound Insulation |
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3.2.4 |
Structure-borne Sound and Equipment Noise in Buildings |
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3.2.5 |
Addressing Noise and Vibration Problems in Buildings |
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3.2.6 |
Low-frequency Measurements and Uncertainty for Building Acoustics |
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3.2.7 |
Acoustics of Wooden Buildings |
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3.2.8 |
Low-carbon Acoustic Treatments and Design Solutions |
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3.2.9 |
Sound Insulation of Facades and Facade Elements |
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Room Acoustics |
3.3.1 |
Room Acoustics: General |
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3.3.2 |
Measurement and Prediction of Sound Absorption in Reverberation Rooms |
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3.3.3 |
Acoustics of Healthcare and Institutional Spaces |
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3.3.4 |
Acoustics of Performing Arts and Listening Spaces |
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3.3.5 |
Acoustics of Education Spaces |
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3.3.6 |
Acoustics of Workspaces |
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3.3.7 |
Computational Tools for Room Acoustics Prediction |
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Materials & Passive Treatments
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3.4.1 |
Materials & Passive Treatments: General |
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3.4.2 |
Absorption & Transmission of Biobased and Geobased Materials |
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3.4.3 |
Acoustic Multi-dynamic Materials and Metamaterials |
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3.4.4 |
Measurements and Characterization Methods for Acoustical Materials |
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3.4.5 |
Computational Methods for Acoustic Materials & Sound Packages |
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3.4.6 |
Visco-elasticity of Materials |
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Human Factors |
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Community Noise & Health |
4.1.1 |
Community Noise & Health: General |
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4.1.2 |
Occupational Noise and Health |
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4.1.3 |
Sound Driven Place Making and Urban Planning |
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4.1.4 |
Environmental Impact Assessment |
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4.1.5 |
Community Response to Noise |
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4.1.6 |
Acoustics of Safety |
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4.1.7 |
Noise and Health in Children |
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4.1.8 |
Implementation of Sound Policy in Emerging and Developing Countries |
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4.1.9 |
Measurement Methods for Smart Cities and Noise Monitoring |
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Soundscape
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4.2.1 |
Soundscape: General |
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4.2.2 |
Indoor Soundscaping |
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4.2.3 |
Psychological and Physiological Evaluation in Soundscape Studies |
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4.2.4 |
Soundscape Policies and Standards |
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4.2.5 |
Soundscape Design Interventions |
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4.2.6 |
Innovative and Multisensory Approaches in Soundscape Studies |
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4.2.7 |
Soundscapes from the Perspective of Arts/Human Sciences |
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4.2.8 |
Machine Learning for Acoustic Scene Understanding |
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4.2.9 |
Sound as a Service for Sustainable Environments |
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Perceptual Evaluation of Sounds and Product Noise |
4.3.1 |
Perceptual Evaluation of Sounds and Product Noise: General |
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4.3.2 |
Psychological and Physiological Evaluation of Product Noise |
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4.3.3 |
Product Sound Quality |
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4.3.4 |
Information Technology Equipment and Household Appliance Noises |
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4.3.5 |
Sound Design |
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4.3.6 |
Perception and Sound Design for Electric Vehicles |
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4.3.7 |
Psychological Evaluation of Transportation Noise: Train, Aircraft, and Road Traffic Noise |
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4.3.8 |
Combined Exposure to Vibration and Noise: Annoyance Perception, Cognitive Performance, Interaction and Design |
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4.3.9 |
Impulsive Sound |
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4.3.10 |
Data Sonification |
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Art, Music & Science
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4.4.1 |
Art, Music & Science: General |
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4.4.2 |
Modeling, Numerical Methods and AI |
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4.4.3 |
Vibration and Acoustic Measurements of Musical and Sound Sources |
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4.4.4 |
Musical instruments: From Physics to Perception |
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Education & Popularization |
4.5.1 |
Education & Popularization: General |
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4.5.2 |
Innovative Classroom Teaching Materials: Web-based, Interactive Supports, Demonstrations, Comics, Videos |
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4.5.3 |
Experiential and/or Out-of-the-classroom Teaching Approaches: Mobile teaching, Flipped Classroom, Project-based Learning |
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4.5.4 |
General Public Initiatives: Art, Exhibitions, University Open House, Events |
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Noise Control & Social Sciences
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4.6.1 |
Noise Control & Social Sciences: General |
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4.6.2 |
Non Auditory Effects of Noise Exposure on Communication and Performance |
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