This article proposes a parametric signal-dependent method for the task of encoding
microphone array signals into Ambisonic signals. The proposed method is presented and …

This article proposes a system for object-based six-degrees-of-freedom (6DoF) rendering of
spatial sound scenes that are captured using a distributed arrangement of multiple …

Binaural rendering of Ambisonics signals is a common way to reproduce spatial audio
content. Processing Ambisonics signals at low spatial orders is desirable in order to reduce …

Immersive audio has received significant attention in the past decade. The emergence of a
few groundbreaking systems and events (Dolby Atmos, MPEG-H, VR/AR, AI) contributes to …

Decomposing a sound-field into its individual components and respective parameters can
represent a convenient first-step towards offering the user an intuitive means of controlling …

In this article, the application of spatial covariance matching is investigated for the task of
producing spatially enhanced binaural signals using head-worn microphone arrays. A two …

This paper proposes an algorithm for rendering spread sound sources, which are mutually
incoherent across their extents, over arbitrary playback formats. The approach involves first …

Binaural reproduction is rapidly becoming a topic of great interest in the research
community, especially with the surge of new and popular devices, such as virtual reality …

For live broadcasting of speech, music, or other audio content, multichannel microphone
array recordings of the sound field can be used to render and stream dynamic binaural …

Neural upmixing, the task of generating immersive music with an increased number of
channels from fewer input channels, has been an active research area, with mono-to-stereo …