| Popis: |
Spatialized ("3D") audio may be useful as an alternative sensory channel to provide blind individuals with relevant spatial information in the physical world or while interacting with computers. However, an important limitation of this approach is the lower spatial resolution achievable through sound localization. While this limitation is widely acknowledged, few empirical evaluations of the sound localization achievable through audio spatialization techniques have been performed, particularly with respect to elevation localization. We performed such an empirical study and found quantitative confirmation that the localization accuracy deteriorates as the virtual sound position is set farther above or below the ear (height) level. This information may be valuable to HCI designers planning to use 3D sound. |
