Phillip Lee Maness, an inventive mind based in Thousand Oaks, California, has made remarkable contributions to the field of audio technology. With a total of four patents to his name, Maness specializes in innovative methods and apparatuses that enhance audio processing and reproduction. His latest inventions highlight his commitment to improving user experiences in multimedia environments.

Latest Patents

Maness's most recent patents demonstrate his expertise in object-based audio processing. One notable patent, titled "Interactive Audio Metadata Handling," presents a method and apparatus for processing object-based audio signals suitable for playback systems. This innovative apparatus processes multiple object-based audio signals received as part of an audio frame. It enhances the playback experience by incorporating audio object commands to effectively manage the reproduction of these audio signals. The system accepts inputs from various sources, including set-top boxes and televisions, streamlining the integration of advanced audio features.

Another significant patent, known as "Layered Audio Reconstruction System," details a computing device's ability to reconstruct audio layers into a cohesive data stream or audio file. This invention allows for the effective processing of base audio layers alongside enhancement layers, ensuring high-quality sound through validated audio frames. The unique approach taken by Maness in this patent symbolizes a step forward in achieving superior audio fidelity.

Career Highlights

Currently working at DTS, Inc., Phillip Lee Maness has established himself as a key contributor within the organization. His innovative mindset and technical expertise have led to ground-breaking developments in sound technology, aimed primarily at improving consumer electronics and home entertainment systems. With a deep understanding of audio processing, Maness continues to push the boundaries of what is possible in the realm of audio reproduction.

Collaborations

Working alongside talented professionals such as Mark Rogers Johnson, Maness benefits from collaborative efforts that foster innovation. Their joint contributions have helped advance DTS, Inc.'s mission to shape the future of audio technology by creating cutting-edge solutions that enhance user experiences.

Conclusion

Phillip Lee Maness stands out as a significant figure in audio innovation through his inventive work in processing object-based audio signals and layered audio reconstruction. With the continued evolution of audio technology, his patents herald promising advancements that benefit consumers and industries alike. As he collaborates with colleagues at DTS, Inc., Maness's future endeavors are sure to be eagerly anticipated within the tech community.

Profile summary based on public USPTO records.

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