This book systematically details the basic principles and applications of head-related
transfer function (HRTF) and virtual auditory display (VAD), and reviews the latest …

Signal processing methods that accurately synthesize sound pressure at the ears are
important in the development of spatial audio devices for personal use. This paper reviews …

Prior research investigates virtual auditory displays (VADs) using models of HRTFs as a
function of a finite number of principal components (PCs) and associated weights (PCWs) …

When a virtual auditory display (VAD) is responsive to a listener's head movement, high
precision of sound localization can be obtained. However, when the system latency (SL) is …

Movement detection for a virtual sound source was measured during the listener's horizontal
head rotation. Listeners were instructed to do head rotation at a given speed. A trial …

It is important in a virtual auditory display (VAD) system to reproduce not only static sound
information, but also dynamic variation of sound. Thus, to achieve a highly precise virtual …

In this article, compact representation of spatial variation of Head-Related Transfer Function
(HRTF) or its corresponding inverse Fourier transform, namely Head-Related Impulse …

A new theory for high definition Virtual Acoustic Display (VAD) based on a model called the
''Virtual Sphere (VS) model''is introduced in this paper. This method is named ADVISE …

Interpolation of Head-Related Transfer Functions based on the Common-Acoustical-Pole
and Residue model Page 1 Interpolation of Head-Related Transfer Functions based on the …

In this chapter, the Principal Component Analysis (PCA) was adopted to spatial variation of
Head-Related Transfer Function (HRTF) or its corresponding inverse Fourier Transform …