The article presents a new audio spatialization algorithm for spatialization methods based on the headrelated transfer function (HRTF). The algorithm uses a mathematical model of the HRTF to make the spatialization process simple and fast. The article thoroughly describes this algorithm

The article presents a new audio spatialization algorithm for spatialization methods based on the headrelated transfer function (HRTF). The algorithm uses a mathematical model of the HRTF to make the spatialization process simple and fast. The article thoroughly describes this algorithm

step is to convert monaural sounds to binaural sounds by artificially spatializing them. This goal has lead research interest in the subject by the military, by NASA (Wenzel et al 1988), and by user interface designers (Ludwig et al 1990,

. Krueger’s interactive environment and artificial reality concepts. From the beginning of the VIDEOPLACE system, sound has been used to substitute for touch when a participant’s video image came into contact with a graphic object.[1,2,3] The idea of using audio-touch to present information to blind people

Abstract-Audio spatialization is becoming an important part of creating realistic experiences needed for immersive video conferencing and gaming. Using a combined head and room impulse response (CHRIR) has been recently proposed as an alternative to using separate head related transfer functions

This work involves the implementation of spatial audio cues in a virtual environment. Discussion begins with a basic explanation of principles involved in spatial audio and examples of current work in the field. Following this is a more detailed description of how spatial audio cues have been

Abstract -We propose a new time-adaptive windowing technique to obtain a sparse time-frequency representation for audio signals. This transformation helps in providing better source separation from stereo mixtures for improved subsequent spatial rendering over headphones. We start with standard

) synthesis; however, this vocalization is inadequate for browsing the Internet. Modern operating systems have generally relied on a graphical display and a mouse for interfacing. For individuals with vision loss, we propose to create and test an auditory interface that incorporates an auditory-spatial

Abstract—The use of peer-to-peer (P2P) applications is growing dramatically, particularly for sharing large video/audio files and software. In this paper, we analyze P2P traffic by measuring flowlevel information collected at multiple border routers across a large ISP network, and report our

Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo lengthy measurements in an anechoic chamber using highly specialized equipment. This, in turn, has increased the cost and reduced the availability of high-fidelity spatialization to the general public