Proceedings

• AERO - Aero and hydro acoustics
  • Aero and Hydroacoustics: General
  • Computational aeroacoustics
  • Duct aeroacoustics (Part I)
  • Duct aeroacoustics (part II)
  • Flow-induced noise and vibration
  • Measurement issues in aeroacoustics
  • Noise of rotating machinery
  • Sonic boom
• BIO - Bioacoustics
  • Advances in Big Data Bioacoustics from sensors to deep learning
  • Bioacoustic: General
  • Bioacoustic approaches to vertebrate vocal communication
• BUILD - Building acoustics
  • Acoustic regulations, ratings and classification schemes for buildings
  • Building Acoustics: General
  • Equipment noise
  • Innovative sustainable materials and metamaterials for noise control in buildings
  • Low frequency impact sound insulation
  • Prediction models in building acoustics
  • Measurement techniques in building acoustics
  • Sound insulation from exterior noise
  • Sustainable buildings for resilient cities
• EDU - Education in acoustics
  • Demonstrations or interactive media for laboratory and lectures
  • Education in Acoustics: General
• ELEC - Electro-acoustics
  • Acoustic MEMS
  • Low-frequency electroacoustics and experimentation
  • Loudspeakers arrays for sound field synthesis
  • Microphones and acoustic sensors
  • Microphones/sensors arrays
  • Miniature electroacoustic transducers for in-ear applications
  • Modelling and measurement of loudspeakers
  • Transducers and control
• ENV - Environmental acoustics
  • Aircraft and airport noise
  • Environmental acoustics : General
  • Ground Transportation Noise
  • Harbour and ship noise
  • Noise and Health
  • Noise mapping and Action plans
  • Noise reducing devices and barriers, including nature based solutions
  • Occupational noise : health and safety in industrial workplaces
  • Smart cities and Sensors
  • Soundscapes
  • UAV (drone) noise: Noise sources, perception and detection
  • Urban Acoustics
  • Wind turbine Noise
• EXPE - Experimentation in acoustics
  • Experimentation in Acoustics: General
• MUS - Musical acoustics
  • Hybrid acoustical and digital musical instruments
  • Instrumental playing and singing: gesture, control, sound production and perception
  • Instrument making: optimisation, rebuilding, new materials, modelling, cultural heritage
  • Music and perception
  • Musical acoustics in education
• PSYC - Psychological and physiological acoustics
  • Acoustic and Sound Design of the future of mobility: what would be the sound of silence?
  • Binaural advantages in hearing in multiple source environments
  • Binaural models: Algorithms and applications
  • Effects of noise exposure on auditory physiology and perception
  • Human speech recognition performance with and without hearing devices in complex acoustic environments
  • Interindividual differences in auditory processing
  • Loudness
  • Multisensory integration
  • Psychoacoustic laboratory experiments for noise annoyance, acoustic comfort, and soundscape evaluation
  • Psychoacoustics: From the ivory tower to tangible practical applications
  • Psychological & Physiological acoustics: General
  • Psychophysical and physiological methods for the appraisal of our complex built environment
  • Simulation of hearing impairments and auditory prostheses
  • Sound Issues and Opportunities in Healthcare
  • Sound localization by humans
• PUUS - Physical, underwater and ultrasonics acoustics
  • Acoustics in the marine environment, Geophysics - part 1
  • Acoustics in the marine environment, Geophysics - part 2
  • Bubbles, bubbly-like structures, waves in gas, hydrodynamics
  • Field synthesis, control and localization
  • Guided waves
  • Laser Ultrasonics I: Generation control in picosecond acoustics
  • Laser Ultrasonics II: Films, interfaces, and adhesion
  • Laser Ultrasonics III: Advances in technical development
  • Laser Ultrasonics IV: Imaging and characterization by picosecond acoustics
  • Laser Ultrasonics V: Application to biology
  • Laser Ultrasonics (child/poster)
  • Material and acoustical properties of solids and fluids, scattering, non linearity
  • Medical acoustics
  • Metamaterials and structured materials : Graded materials and homogenization
  • Metamaterials and structured materials: Nonlinear and non-reciprocal metamaterials
  • Metamaterials and structured materials: Phononic Crystals and disordered phononics
  • Metamaterials and structured materials : Sound absorption and insulation
  • NDT, SHM and imaging of materials and structures
  • Propagation in heterogeneous media - Effective medium approach and homogeneization theory
  • Propagation in heterogeneous media - Multiple scattering and diffusive transport - part 1
  • Propagation in heterogeneous media - Multiple scattering and diffusive transport - part 2
  • Ultrasonic transducers
• ROOM - Room acoustics
  • Acoustics of eating establishments (restaurants, canteens, caffetterias)
  • Acoustics of large enclosed public spaces
  • Measurement and uncertainty in room acoustics
  • Multi-objective modeling and optimization: the importance of the acoustic performance
  • New frontiers in classroom acoustics
  • On the dimension of room acoustical perception
  • Open-plan offices
  • Room Acoustics: General
  • Variable acoustics in auditoriums
  • Wave-based room simulations
• SIGN - Signal processing and acoustics
  • Biomedical instrumentation and signal
  • Classification, identification and localization of acoustic sources
  • Compressive sensing and sparse signal reconstruction
  • Signal Processing in Acoustics: General
  • Signal processing for nonlinear acoustics
  • Sound field control and 3D audio
  • Spatial audio processing for headphone reproduction
• SPEEC - Speech communication
  • Directivity and spatialisation of voice and musical instruments
  • Models and numerical methods for musical instruments and singing voice
  • Speech communication: General
  • Voice production and perception in acoustic and electronic environments
• VIBRA - Structural acoustics and vibration
  • Advances in full field imaging acquisition and post-processing for vibroacoustics
  • Advanced numerical methods in vibroacoustics
  • Mid and high frequency modeling in vibroacoustics
  • Porous materials (part 1)
  • Porous materials (part 2)
  • Results of the PBNv2 project - part 1
  • Results of the PBNv2 project - part 2
  • Smart & architectured materials & structures for vibroacoustic control
  • Structural Acoustics and Vibration: General
  • Vibrations: perception and health effects
  • Vibro-acoustics of composite and lightweight structures