Kanata, Canada

Franz Li Hsien Mok


Average Co-Inventor Count = 5.0

ph-index = 1

Forward Citations = 11(Granted Patents)


Company Filing History:


Years Active: 2001

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1 patent (USPTO):Explore Patents

Title: Franz Li Hsien Mok: Innovator in Optical Amplification Technology

Introduction

Franz Li Hsien Mok is a notable inventor based in Kanata, Canada, recognized for his contributions to the field of optical communication. His innovative work focuses on enhancing the performance of bidirectional optical amplifiers, a technology that plays a pivotal role in modern telecommunications.

Latest Patents

Mok holds a patent for "Fast loss of signal (LOS) detection for bidirectional optical amplifiers." This invention presents a rapid method for detecting a fiber disconnection at one end of a bidirectional optical amplifier. By monitoring several signature effects simultaneously, Mok's system allows for the quick shutdown of the pump laser in the corresponding direction when a loss of signal is detected. This proactive measure prevents oscillation issues that may arise if the other end of the amplifier is also disconnected.

Career Highlights

Franz Li Hsien Mok is currently associated with Nortel Networks Corporation, a leading company in the telecommunications sector. His expertise and innovative contributions have significantly advanced the mechanisms employed in optical amplification, thus improving the reliability of communication networks.

Collaborations

Throughout his career, Mok has collaborated with esteemed colleagues including Mathieu Dutrisac and Richard A. Habel. These collaborations have not only enhanced the quality of research and development but have also fostered a dynamic environment for innovation within the industry.

Conclusion

Franz Li Hsien Mok's contributions to the field of optical amplification through his patent showcase his significant role as an inventor. His innovative solutions have addressed critical challenges in telecommunications, demonstrating the impact of his work on enhancing communication efficacy.

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