Company Filing History:
Years Active: 2011
Title: No Hyoung Lee: Innovator in Navigation Technologies
Introduction
No Hyoung Lee, located in Seoul, South Korea, is a distinguished inventor known for his contributions to navigation technologies. With a focus on enhancing location detection systems, he has filed one patent that highlights his innovative approach to positioning using data communication networks.
Latest Patents
No Hyoung Lee's notable patent, titled "System and Method for Detecting Location Using Data Communication Network," introduces a global navigation satellite system (GNSS) based positioning system. This invention capitalizes on the advantages of data communication networks to improve the functionality of positioning devices. By enabling a GNSS-based device to transmit digital data and supplementary information to a location tracking server, the system enhances the sensitivity of the receiver. This advancement allows the positioning device to accurately determine its location, even in environments with poor signal conditions. Additionally, the method ensures time synchronization when both position and absolute timing information are required.
Career Highlights
No Hyoung Lee is associated with Telace Inc., a company where he applies his expertise in navigation technologies. His innovative spirit and deep understanding of data communication have paved the way for significant advancements in the field.
Collaborations
Working alongside talented colleagues such as Hun Joo Lee and Jin Hee Han, No Hyoung Lee collaborates on various projects to further enhance the capabilities of navigation systems. Their combined efforts and diverse skills contribute to the innovative environment at Telace Inc., driving the development of cutting-edge technologies.
Conclusion
No Hyoung Lee's invention in the realm of location detection positions him as a key figure in navigation technology advancements. With a focus on improving receiver capabilities through data communication networks, he continues to pave the way for innovations that enhance positioning accuracy and reliability, especially in challenging signal conditions.