Spatial audio has been studied for several decades, but has seen much renewed interest
recently due to advances in both software and hardware for capture and playback, and the …

Reproduction of high quality spatial sound has gained considerable importance with the
recent technology developments in the fields of virtual and augmented reality. Recently, the …

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 …

High quality spatial audio reproduction enhances the immersion of spatial music,
multimedia, gaming and virtual/augmented reality. Recently, a more efficient binaural …

Virtual and augmented reality technologies demand high-quality spatial sound recording
and playback through headphones. However, achieving high-quality binaural reproduction …

Telepresence technology aims to provide an immersive virtual presence for remote
conference applications, and it is extremely important to synthesize high-quality binaural …

In acoustic music recording, spaced microphone positions typically give an impression of
spaciousness and depth in the rendered sound scene. Inter-channel decorrelation …

Audio augmented reality (AAR) is defined as the extension of a real auditory environment
through virtual sound sources. A successful AAR system should create the illusion that …

Binaural reproduction of high-quality spatial sound has gained considerable interest with the
recent technology developments in virtual and augmented reality. The reproduction of …

Comparing Ambisonics-based Binaural Rendering Methods: Can Perceptual Models be of Use?
Page 1 Comparing Ambisonics-based Binaural Rendering Methods: Can Perceptual Models …