Stereo Audio Compensation Using Autofocus Position Data

The patent creates a virtual copy of the audio signal by generating a second audio signal that is a copy of the first audio signal captured by the single microphone. This virtual copy is then processed to simulate the effect of multiple microphones, allowing the system to reconstruct spatial audio information without physically adding multiple microphones to the device.

The patent transitions from one-dimensional monaural audio to two-dimensional or three-dimensional stereophonic audio by processing the single audio signal through spatial algorithms. The system adds spatial dimensionality to the audio representation by calculating position information and adjusting the audio signals accordingly, effectively creating a multi-dimensional audio experience from a single microphone input.

Instead of physically adding multiple microphones, the patent creates virtual copies of the audio signal through processing. The system generates a second audio signal that replicates the characteristics of a multi-microphone setup by algorithmically processing the single microphone input, thereby achieving the same spatial audio效果 without the physical complexity of multiple microphones.

The patent replaces the mechanical system of multiple physical microphones with a digital signal processing system. Instead of using additional hardware components to capture spatial audio, the system uses computational algorithms to process the single microphone signal and synthesize the spatial audio experience, substituting mechanical complexity with digital processing.