T= LF/H. Therefore, theoretically, if x(t) is passed through this filter and the resulting x(t) is played on the headphones, it should produce the same signal at the eardrum. Since the filter applies only to a single ear, another one must be derived for the other ear. This process is repeated for many places in the virtual environment to create an array of head-related transfer functions for each position to be recreated while ensuring that the sampling conditions are set by the Nyquist criteria.
T= LF/H Therefore theoretically if x(t) is passed through this filter and the resulting x(t) is played on the headphones it should produce the same signal at the eardrum Since the filter applies only to a single ear another one must be derived for the other ear This process is repeated for many places in the virtual environment to create an array of head-related transfer functions for each position to be recreated while ensuring that the sampling conditions are set by the Nyquist criteria