Dolby Laboratories Licensing Corporation (20240331708). TRANSFORMING AUDIO SIGNALS CAPTURED IN DIFFERENT FORMATS INTO A REDUCED NUMBER OF FORMATS FOR SIMPLIFYING ENCODING AND DECODING OPERATIONS simplified abstract

TRANSFORMING AUDIO SIGNALS CAPTURED IN DIFFERENT FORMATS INTO A REDUCED NUMBER OF FORMATS FOR SIMPLIFYING ENCODING AND DECODING OPERATIONS

Organization Name

Dolby Laboratories Licensing Corporation

Inventor(s)

Stefan Bruhn of Sollentuna (SE)

Michael Eckert of Ashfield (AU)

Juan Felix Torres of Darlinghurst (AU)

Stefanie Brown of Lewisham (AU)

David S. Mcgrath of Rose Bay (AU)

TRANSFORMING AUDIO SIGNALS CAPTURED IN DIFFERENT FORMATS INTO A REDUCED NUMBER OF FORMATS FOR SIMPLIFYING ENCODING AND DECODING OPERATIONS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240331708 titled 'TRANSFORMING AUDIO SIGNALS CAPTURED IN DIFFERENT FORMATS INTO A REDUCED NUMBER OF FORMATS FOR SIMPLIFYING ENCODING AND DECODING OPERATIONS

Simplified Explanation

The patent application describes a system that converts audio signals captured in various formats by different devices into a limited number of formats that can be processed by an audio codec.

• The system includes a simplification unit that receives audio signals from capture devices and converts them into a format supported by the encoding unit of the audio device.

Key Features and Innovation

• Conversion of audio signals from various formats to a limited number of formats for processing by an audio codec.
• Simplification unit determines if the audio signal is in a supported format and converts it if necessary.
• Spatial audio signals can be converted into a spatial "mezzanine" format for encoding.

Potential Applications

The technology can be used in audio devices, communication systems, and multimedia applications that require the conversion of audio signals into compatible formats for processing.

Problems Solved

• Simplifies the process of converting audio signals captured in different formats.
• Ensures compatibility with the audio codec for processing.

Benefits

• Improved efficiency in processing audio signals.
• Enhanced compatibility between different audio capture devices and audio codecs.

Commercial Applications

• Title: "Audio Signal Conversion Technology for Enhanced Processing"
• This technology can be applied in audio recording devices, video conferencing systems, and virtual reality platforms to streamline audio signal processing and enhance user experience.

Prior Art

There may be prior art related to audio signal conversion technologies, audio codecs, and spatial audio processing that can provide further insights into the development of this innovation.

Frequently Updated Research

Research on audio signal processing, spatial audio technologies, and audio codec advancements may provide valuable information on the latest trends and developments in the field.

Questions about Audio Signal Conversion Technology

What are the potential applications of this technology in the entertainment industry?

This technology can be used in virtual reality gaming, immersive audio experiences, and audio production for films and music to enhance the quality and processing of audio signals.

How does this technology improve the efficiency of audio signal processing in communication systems?

By converting audio signals into compatible formats for audio codecs, this technology ensures seamless communication and enhanced audio quality in telecommunication systems and video conferencing platforms.

Original Abstract Submitted

the disclosed embodiments enable converting audio signals captured in various formats by various capture devices into a limited number of formats that can be processed by an audio codec (e.g., an immersive voice and audio services (ivas) codec). in an embodiment, a simplification unit of the audio device receives an audio signal captured by one or more audio capture devices coupled to the audio device. the simplification unit determines whether the audio signal is in a format that is supported/not supported by an encoding unit of the audio device. based on the determining, the simplification unit, converts the audio signal into a format that is supported by the encoding unit. in an embodiment, if the simplification unit determines that the audio signal is in a spatial format, the simplification unit can convert the audio signal into a spatial “mezzanine” format supported by the encoding.