Kenneth Ray Carroll

Title: The Innovative Mind of Kenneth Ray Carroll

Introduction

Kenneth Ray Carroll, an accomplished inventor based in Huntington Beach, California, has made significant contributions to the field of radar systems through his innovative patents. With a total of three patents to his name, Carroll's work focuses on enhancing navigation and object identification in various technological applications.

Latest Patents

Carroll's latest patents include a groundbreaking technology called "Frequency offset using SiGe phase shifters." This radar system is designed to interact with navigation targets, allowing devices to shift the phase of a received radar transmission. By generating a phase-shifted response signal, the radar can identify specific target locations based on their frequency responses.

Another notable patent from Carroll is titled "Angular resolution refinement in a vehicle radar for object identification." This patent outlines a method for improving angular resolution in radar systems employed in autonomous vehicles. The method includes transmitting radio frequency (RF) beams to detect surrounding objects and refining detection accuracy based on angular distances and gain amplitudes of return RF beams.

Career Highlights

Throughout his career, Kenneth Ray Carroll has worked with prominent companies such as Bdcm A2 LLC and Metawave Corporation. His engineering expertise and innovative mindset have placed him at the forefront of technological advancements in radar systems.

Collaborations

Carroll has collaborated with various talented individuals in his field, including Abdullah Ahsan Zaidi and Maha Achour. These collaborative efforts have contributed to the successful development and implementation of sophisticated radar technologies.

Conclusion

Kenneth Ray Carroll's contributions to the field of radar systems have solidified his reputation as an influential inventor. His innovative patents are paving the way for advances in navigation and object detection technologies, showcasing the significant impact of his work on modern engineering and autonomous systems.