Generating spatial audio and cross-talk cancellation for high-frequency glasses playback and low-frequency external playback

A non-transitory computer-readable medium storing instructions thereon that, when executed by at least one processor, cause a computing device to:

• determine one or more aural characteristics associated with a user of a wearable audio device;
• generate a pair of head-related transfer functions for the user of the wearable audio device using the one or more aural characteristics;
• generate spatial audio using the pair of head-related transfer functions, the spatial audio comprising a high-frequency audio component having audio that meets or exceeds a frequency threshold and a low-frequency audio component having audio that is below the frequency threshold;
• determine an audio time delay for the high-frequency audio component based on a distance between the wearable audio device and speakers external to the wearable audio device;
• and
• provide the low-frequency audio component of the spatial audio for presentation via the speakers external to the wearable audio device and the high-frequency audio component of the spatial audio for presentation via speakers of the wearable audio device using the audio time delay to time align, at ears of the user of the wearable audio device, the high-frequency audio component with the low-frequency audio component.

A system comprising:

• at least one processor;
• and
• at least one non-transitory computer-readable medium storing instructions thereon that, when executed by the at least one processor, cause the system to:
• determine one or more aural characteristics associated with a user of a wearable audio device;
• generate a pair of head-related transfer functions for the user of the wearable audio device using the one or more aural characteristics;
• generate spatial audio using the pair of head-related transfer functions, the spatial audio comprising a high-frequency audio component having audio that meets or exceeds a frequency threshold and a low-frequency audio component having audio that is below the frequency threshold;
• determine an audio time delay for the high-frequency audio component based on a distance between the wearable audio device and speakers external to the wearable audio device;
• and
• provide the low-frequency audio component of the spatial audio for presentation via the speakers external to the wearable audio device and the high-frequency audio component of the spatial audio for presentation via speakers of the wearable audio device using the audio time delay to time align, at ears of the user of the wearable audio device, the high-frequency audio component with the low-frequency audio component.