Scottsdale, AZ, United States of America

Martin John O'Sullivan


Average Co-Inventor Count = 4.0

ph-index = 1

Forward Citations = 8(Granted Patents)


Company Filing History:


Years Active: 1998

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1 patent (USPTO):Explore Patents

Title: Innovator Spotlight: Martin John O'Sullivan

Introduction

Martin John O'Sullivan is a notable inventor based in Scottsdale, AZ, renowned for his contributions to the field of communication technology. With a focus on enhancing voice encoding methods, O'Sullivan has developed innovative solutions that cater to user-specific needs.

Latest Patents

O'Sullivan holds a patent for a "User-Customized, low bit-rate speech vocoding method and communication." This pioneering voice encoding method and apparatus initializes unique transmit and receive vocoders that utilize a user-specific speech characteristic model (SCM) table along with an input stimulus table. These tables are established during a training session and are essential for encoding the user's speech effectively. By exchanging these tables during call setup, O'Sullivan's invention ensures that the encoding is optimized for user-specific speech patterns, resulting in improved communication quality.

Career Highlights

Martin John O'Sullivan has made a significant impact throughout his career, particularly through his work at Motorola Corporation. His inventive contributions are not only recognized due to their technical sophistication but also because they enhance user experience in voice communication technologies.

Collaborations

During his journey, O'Sullivan has collaborated with esteemed colleagues William Joe Haber and George Thomas Kroncke. Their combined expertise has likely propelled innovative advancements within their projects, further enriching the field of communication.

Conclusion

Martin John O'Sullivan stands as a testament to the power of innovation in technology. His patented voice encoding method demonstrates how user customization can lead to breakthroughs in communication. As he continues to work in this dynamic field, the potential for future inventions from O'Sullivan remains promising and exciting.

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