Garry Paul Epps

Title: Innovations and Contributions of Garry Paul Epps

Introduction

Garry Paul Epps, based in Sunnyvale, California, is a renowned inventor with a remarkable portfolio of 25 patents. His innovative work primarily focuses on advancements in packet switching architectures, which are crucial for enhancing communication networks.

Latest Patents

Among his latest patents, Epps has developed cutting-edge technologies in pipelined packet switching and queuing architecture. One significant patent reveals a pipelined linecard architecture designed for efficiently receiving, modifying, switching, buffering, queuing, and dequeuing packets in communication networks. This architecture includes two distinct paths: a receive path and a transmit path. The receive path employs an asynchronous, multi-stage pipeline to process multiple packets in parallel, determining their respective routing destinations and modifying them accordingly. The transmit path similarly utilizes a buffer and queuing circuit, enabling effective packet management through a CoS-based decision-making apparatus. Furthermore, his innovations include advanced features for bandwidth management and multicast packet treatment, emphasizing his significant contributions to networking technology.

Career Highlights

Epps has had a distinguished career, having worked with major technology firms such as Cisco Technology, Inc. and Oracle Corporation. His work at these companies has fostered the development of critical networking technologies, establishing him as a leading figure in the industry.

Collaborations

Throughout his career, Epps has collaborated with notable professionals, including coworkers Michael Laor and Mohammed Ismael Tatar. These partnerships have likely enhanced his innovative work through shared expertise and collaborative problem-solving in complex technology challenges.

Conclusion

Garry Paul Epps has made significant strides in the field of packet switching and communications networks. With a portfolio boasting 25 patents, his contributions continue to influence the way data is transmitted and processed across various technologies. His work underscores the importance of innovation in enhancing communication infrastructure and showcases the potential for future advancements in the field.