Rennes, France

Emmanuel Chevalier


 

Average Co-Inventor Count = 4.0

ph-index = 1


Company Filing History:


Years Active: 2013

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1 patent (USPTO):Explore Patents

Title: Emmanuel Chevalier: Innovator in Contribution Data Stream Technology

Introduction

Emmanuel Chevalier is a notable inventor based in Rennes, France. He has made significant contributions to the field of data transmission technology. His innovative approach focuses on enhancing the efficiency of contribution data streams.

Latest Patents

Chevalier holds a patent for a "Method, device and system for generating a contribution data stream." This invention addresses the need for a contribution system that avoids duplication of national services within a single stream. The system transmits data in a mode that does not implement burst transmission. Notably, the single stream is not protected by an FEC error correcting code, which is commonly used in radio broadcast standards like DVB-H. Synchronization is achieved through the insertion of synchronization packets that contain three distinct synchronization stamps. The first stamp synchronizes the deconcentrators with each other and the concentrator. The second stamp generates a synchronization signal for the burst transmission mode, while the third stamp creates synchronization packets for various modulators.

Career Highlights

Emmanuel Chevalier is associated with Enensys Technologies, a company that specializes in advanced broadcasting solutions. His work at Enensys has positioned him as a key player in the development of innovative technologies in the broadcasting sector.

Collaborations

Chevalier collaborates with talented professionals such as Ludovic Poulain and Benoit Chauviere. Their combined expertise contributes to the advancement of technology within their field.

Conclusion

Emmanuel Chevalier's contributions to the field of data transmission technology exemplify innovation and collaboration. His patent for a contribution data stream system showcases his commitment to improving broadcasting efficiency.

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