Company Filing History:
Years Active: 2014
Title: Yeon Hak Choo: Innovator in Water Level Monitoring Technology
Introduction
Yeon Hak Choo is a prominent inventor based in Seoul, South Korea, recognized for his innovative contributions to water level monitoring technology. With a focus on efficiency and reliability, his work significantly enhances monitoring capabilities in aquatic environments.
Latest Patents
Yeon Hak Choo holds a patent for a "Device and method for monitoring water level." This invention relates to an advanced water level monitoring system that improves upon traditional methods through a unique approach. By setting a designated area in the image data that includes both water and shoreline, his device monitors the area horizontally rather than vertically. This advancement decreases complexity and dramatically reduces computational demands compared to existing vertical direction systems. Additionally, the system effectively excludes noise from floating objects and irregular reflections, generating a reliable water level model that adapts to various environmental conditions such as algal blooms and muddy water.
Career Highlights
Throughout his career, Yeon Hak Choo has worked with several notable companies. He has been associated with Udp Technology Ltd., where he contributed his expertise in technological innovations. Additionally, he has worked with S-1 Corporation, further establishing his credentials in the field of invention and technology development.
Collaborations
Yeon Hak Choo has collaborated with distinguished professionals, including Jung Keun Ahn and Sang Wan Hong. Working alongside these talented individuals has allowed him to enhance his ideas and develop impactful technologies.
Conclusion
Yeon Hak Choo exemplifies the spirit of innovation in his field. His dedication to improving water level monitoring technology through his unique patent showcases the significant potential of advancements in this area. As he continues to work and collaborate with other notable professionals, the future of water monitoring looks promising.