Ultrasonic sources are inaudible to humans, and while digital signal processing techniques
are available to bring ultrasonic signals into the audible range, there are currently no …

Six-Degree-of-Freedom (6DoF) audio rendering interactively synthesizes spatial audio
signals for a variable listener perspective based on surround recordings taken at multiple …

Source localization with sensor arrays is an active research topic in many areas, such as
speaker localization and communication. The existing estimators usually assume the use of …

This two-part paper explores 3-D sound field reproduction by combining low order spherical
ambisonics and high order circular ambisonics in order to provide higher resolution in the …

Existing direction-of-arrival (DOA) estimation methods usually assume that signals are
received by an array of omnidirectional microphones. The performance can be seriously …

Can auralization of a highly directional source in a room succeed if it employs a room
impulse response (RIR) measurement or simulation relying on a first-order directional …

Spatial sound field recordings and subsequent reproduction became more popular recently
due to the availability of high quality microphone arrays, improved computational abilities …

This habilitation outlines the scientific works and methods undertaken to free virtual acoustic
rendering based on the spherical harmonic basis functions (Ambisonics) from excessive …

Spatial audio has the potential to revolutionize how we consume music and other audio
content by enabling an immersive audio experience. Therefore, the technologyand …

Convincing immersion in virtual reality requires to enable the user to engage in interactive
listening within three-dimensional audio scenes. To achieve a realistic listening experience …