Homer P Bucker

Title: Innovations and Contributions of Inventor Homer P. Bucker

Introduction: Homer P. Bucker, an innovative inventor based in San Diego, California, has made significant contributions to underwater sensing technology. With a focus on enhancing data transmission in aquatic environments, he has been awarded one patent for his ingenious invention.

Latest Patents: Homer P. Bucker holds a patent for a unique "Submerged Sensing System Using Line Array Segments." This invention comprises an underwater sensing system featuring a trunk cable that transmits multiple clock signals from one end to the other. It incorporates several signal handling nodes positioned along the trunk cable that allow for the operation of linear sensor arrays. Each sensor in these arrays captures clock signals and produces data output signals in a meticulously timed sequence, facilitating efficient data communication. The signals are then multiplexed to guarantee continuous throughput in a time-division multiplexed manner, ensuring seamless data integration from various points.

Career Highlights: Homer Bucker's affiliation with the United States of America, as represented by the Secretary of the Navy, underscores his involvement in critical technological advancements within naval and underwater sensing applications. His work emphasizes innovation in military technology, showcasing the intersection of research and practical application in the field.

Collaborations: Throughout his career, Homer has worked alongside esteemed colleagues such as Michael F. Morrison and R. Bruce Williams. Their collaborations have been instrumental in refining underwater sensing technology, allowing for enhanced data collection methods and improved operational efficiency.

Conclusion: Homer P. Bucker stands out as a prominent inventor whose advancements in submerged sensing systems reflect a commitment to innovation in underwater technology. His patent not only illustrates his ingenuity but also contributes significantly to the field, paving the way for future enhancements in aquatic sensing capabilities.