Min-Long Lin

Title: Innovations by Min-Long Lin: Pioneering Identification Technology

Introduction

Min-Long Lin is an accomplished inventor based in Princeton, NJ, recognized for his innovative contributions in the field of electronic coding and identification. With a focus on enhancing technology for remote identification, Lin has made significant strides through his sole patent, showcasing his expertise and inventive spirit.

Latest Patents

Lin's noteworthy patent, titled "Method and apparatus for remotely identifying an electronically coded apparatus," includes a sophisticated system for processing signals. The invention features a demodulator that interprets interrogation signals from a remote interrogator, alongside a signal processor that reacts to a specific codeword. This groundbreaking approach includes a modulator that sends a pulse once predetermined criteria are met, reflecting Lin's commitment to advancing electronic communication technologies.

Career Highlights

Min-Long Lin currently works at Sarnoff Corporation, where he continues to drive innovation in electronic engineering and coding systems. His contributions to the field are marked by his singular patent, which stands as a testament to his technical prowess. Collaborating with experienced professionals and experts in the industry, Lin has demonstrated his ability to contribute effectively in dynamic team environments.

Collaborations

In his career, Lin has worked alongside notable colleagues such as Jonathan Lloyd Schepps and Henry Charles Johnson. Their combined expertise and collaborative efforts in various projects have fostered a creative environment that fuels innovation at Sarnoff Corporation.

Conclusion

Min-Long Lin exemplifies the qualities of a forward-thinking inventor in the tech industry. His innovative patent and collaborative efforts with esteemed colleagues contribute significantly to advancements in technology. As he continues his work at Sarnoff Corporation, Lin remains a pivotal figure in the world of electronic identification and coding.