Company Filing History:
Years Active: 1982
Title: **George E Gilks: Innovator in Distributed Communication Systems**
Introduction
George E Gilks is a distinguished inventor residing in Chalk River, Canada. He is best known for his innovative contributions to communication technology, particularly in the development of a distributed multi-port communications system. With one patent to his name, Gilks' work has had a significant impact on the field.
Latest Patents
George E Gilks holds a patent for a **Distributed Multi-Port Communications System**. This system allows terminals to communicate over a common communication channel, akin to those found in broadcast coaxial cables. The terminals operate during sequential poll cycles to meet low data rate needs or during burst cycles for high data rate requirements. Each poll cycle is organized into time slots, ensuring that every terminal has an opportunity to transmit data or request a burst cycle. The allocation of burst cycles is determined by a predetermined priority system, allowing for efficient high-speed data transmission.
Career Highlights
Throughout his career, George Gilks has been associated with **Atomic Energy of Canada Limited**, where he has made substantial contributions to technological advancements in communication systems. His innovative approach and dedication to research have placed him at the forefront of developments in his industry.
Collaborations
Gilks has worked alongside fellow innovators such as Antony C Capel and George Yan. Collaborating with these talented individuals has fostered an environment of creativity and innovation, allowing them to push the boundaries of communication technology together.
Conclusion
George E Gilks exemplifies the pioneering spirit of inventors who seek to innovate and improve communication systems. His patent for the Distributed Multi-Port Communications System reflects his commitment to advancing technology and demonstrates the vital role of collaboration in achieving significant breakthroughs. George's contributions to the field continue to inspire future generations of inventors.