Company Filing History:
Years Active: 1986
Title: The Innovations of Jeffrey G. Searle in Adaptive Antenna Technology
Introduction: Jeffrey G. Searle, an inventive mind based in Stanstead Mountfitchet, Great Britain, is recognized for his contribution to antenna technology through his innovative patent. With a focus on enhancing communication capabilities, Searle's work exemplifies the importance of adaptive systems in modern telecommunications.
Latest Patents: Searle holds a patent for an "Adaptive Antenna Array". This inventive creation consists of a multiple output, power inversion adaptive antenna array made up of several antenna elements A1-An. These elements feed into a cascade beam former structure accompanied by groups of decorrelation stages D1.sub.1 -D1.sub.n-1, D2.sub.1 -D2.sub.n-2, and so on. The operation of this adaptive antenna is driven by a control system that recognizes the wanted signal, allowing the outputs from the first stage in each group to be scanned sequentially until the desired signal predominates. Once identified, scanning is halted, facilitating reliable communication.
Career Highlights: Searle's innovative talents are put to great use at Standard Telephone & Cables, where he contributes to the advancement of technologies that improve network efficiency. His work is distinguished not only by technical expertise but also by the practical implications of his inventions in the telecommunications industry.
Collaborations: Throughout his career, Searle has collaborated with notable professionals, including his coworker Christopher R. Ward, to establish effective solutions and push technological boundaries. Together, they play a key role in fostering innovation at their company.
Conclusion: Jeffrey G. Searle’s contributions to adaptive antenna technology reflect the essence of innovation in the telecommunications sector. With one significant patent to his name, his work continues to influence advancements in communication systems, bolstering the efficacy of antennas and enhancing the overall user experience in telecommunications.