Richard T Wurth

Title: Richard T. Wurth: Innovator in Switching Technology

Introduction

Richard T. Wurth is an accomplished inventor based in Ocean, NJ, USA. With a focus on advanced telecommunications technology, he holds a significant patent that showcases his expertise in switching systems. Wurth's contributions have made a notable impact in the field of communication technologies, enhancing the way processors interact over time division lines.

Latest Patents

Richard T. Wurth holds a patent for a "Switching Control for Multiple Stage Time Division Switch." This innovative invention is designed to interconnect processors that communicate across one or more channels on time division lines. The technology involves a multi-stage time division switch where a designated common processor provides the necessary switching mapping information for various stages. This process ensures efficient communication by sending switching information to the memory and logic of each switched stage via dedicated channels, including those originating from the common processor, as well as time division channels that pass through several switches until the appropriate memory is accessed.

Career Highlights

Wurth has had an illustrious career, working with esteemed organizations such as AT&T Information Systems Inc. and Bell Telephone Laboratories. His role at these companies allowed him to delve deeper into telecommunications research and develop groundbreaking technologies that enhance system efficiencies.

Collaborations

Throughout his career, Richard T. Wurth has collaborated with accomplished professionals in his field. Notably, he worked alongside Randall G. Banton and Rajiv Bhatia, contributing to a rich exchange of ideas and expertise that led to substantial advancements in communication technology.

Conclusion

In summary, Richard T. Wurth is a noteworthy inventor whose contributions have significantly advanced the field of telecommunications. His patent on switching control technology not only reflects his innovative spirit but also enhances the efficiency of processor communication. Wurth's collaborations and career highlights further demonstrate his valuable role in the evolution of communication technologies.