Deock Gil Oh

Title: Innovations in Satellite Communication by Deock Gil Oh

Introduction: Deock Gil Oh, a prominent inventor based in Daejeon, South Korea, has made significant contributions to the field of satellite communication. With a remarkable portfolio of 27 patents, Oh's work reflects an innovative approach to enhancing communication methods between satellites and ground stations.

Latest Patents: Among his latest inventions are two notable patents addressing the communication between satellites and ground stations. The first patent introduces a communication method that involves transmitting multiple frames to a satellite based on a beam hopping time plan (BHTP). This method ensures synchronization of the BHTP using an index of a received frame through a beam switching window (BSW) and an identification value indicating sub-frames within those frames.

The second patent further elaborates on this field, disclosing a communication method and apparatus that utilizes a beam allocation time schedule (BATS). This method involves transmitting multiple frames and synchronizing the BATS based on the reception and detection times of one or more frames received through a designated beam open window (BOW).

Career Highlights: Deock Gil Oh's career is marked by his affiliation with the Electronics and Telecommunications Research Institute, where he drives forward the innovation in communication technology. His extensive work not only focuses on enhancing efficiency in satellite communications but also addresses the complex dynamics of frame synchronization in telecommunications.

Collaborations: Throughout his career, Oh has collaborated with esteemed colleagues such as Joon Gyu Ryu and Pan Soo Kim. Their collective efforts reflect a strong research environment that fosters innovative ideas and solutions in the realm of electronics and telecommunications.

Conclusion: Deock Gil Oh continues to be an influential figure in the field of satellite communication. His extensive patent portfolio and innovative contributions significantly further the development of efficient communication methods between satellites and ground stations. As technology evolves, his work remains vital in addressing the challenges in modern telecommunications.