Company Filing History:
Years Active: 2011
Title: The Innovations of Francois Rivest
Introduction
Francois Rivest is a notable inventor based in Ville de Deux Montagnes, Canada. He has made significant contributions to the field of acoustic authentication technology. His work focuses on improving the recognition of genuine acoustic authentication devices, which has implications for security and data integrity.
Latest Patents
Francois Rivest holds a patent for a method aimed at enhancing the successful recognition of genuine acoustic authentication devices. This patent, titled "Method of improving successful recognition of genuine acoustic authentication devices," involves methods and apparatus for coding a digital data string to represent a sequence of acoustic frequencies. The technology is designed to improve the rate of successfully detecting a valid data string contained in the acoustic signal transmitted by the device. Each group of bits in the data string is coded to represent a respective frequency value set of one or more acoustic frequencies. The frequency value set is selected according to a predetermined frequency assignation pattern that incorporates probabilistic transition coding for error correction.
Career Highlights
Francois Rivest is associated with Identita Technologies International Srl, where he applies his expertise in acoustic authentication. His innovative approach has positioned him as a key figure in the development of secure acoustic communication technologies. Rivest's work is crucial in advancing the capabilities of devices that rely on acoustic signals for authentication purposes.
Collaborations
Francois collaborates with talented individuals such as Yannick Le Devehat and David Perron. Their combined efforts contribute to the ongoing advancements in the field of acoustic technology.
Conclusion
Francois Rivest's contributions to acoustic authentication technology demonstrate his commitment to innovation and security. His patent and work at Identita Technologies International Srl highlight the importance of developing reliable methods for data integrity in acoustic communications.