[Euronoise2021] In situ acoustic characterization of a porous layer backed by a large air cavity

(13:14)

[Euronoise2021] Acoustic Virtual Reality as a Learning Framework for Built Environment Students

(15:22)

[Euronoise2021] A hybrid room acoustic approach for auralization

(19:3)

[Euronoise2021] Low-frequency vibration reduction of joist floor by multiple vibration absorbers

(13:36)

[Euronoise2021] Low-frequency noise reduction by a noise barrier made of a resonator array

(16:45)

[Euronoise2021] Numerical modelling of structural vibration using discontinuous Galerkin method

(14:8)

[Euronoise2021] Wave-based room acoustic simulations of an open plan office

(13:34)

Characterization of low-noise prototype asphalt concretes for electric vehicles, EURONOISE 2021

(13:53)

[Euronoise2021] Optimization of vibration absorbers to reduce low-frequency vibration of floor

(14:34)

A high density network of low cost acoustic sensor, EURONOISE 2021

(9:22)

CENSE project: general overview, EURONOISE 2021

(11:56)

Self-calibrating Acoustic Sensor Networks with Per-Channel Energy Normalization (EuroNoise 2021)

(14:22)

Determining origin of impulsive noise events using paired wireless sound sensors (EuroNoise 2021)

(12:19)

Improvement of city noise map production, EURONOISE 2021

(12:41)

Using a metamodel for noise prevision in a city

(28)

Urban sensor network for characterizing the sound environment, EURONOISE 2021

(9:33)