Company Filing History:
Years Active: 2015
Title: The Innovative Mind of Eun Jung Roh: Pioneering UAV Recovery Technology
Introduction: Eun Jung Roh, an accomplished inventor hailing from Gyeongsangnam-do, South Korea, has made significant strides in the field of unmanned aerial vehicles (UAVs). She is best known for her groundbreaking patent, which focuses on enhancing the recovery methods of UAVs through advanced vision-based technology.
Latest Patents: Eun Jung Roh holds a patent for an innovative "Automatic Recovery Method for an Unmanned Aerial Vehicle." This patent introduces a sophisticated process that involves generating a reference trajectory connecting an align point and a recovery point, which is communicated wirelessly. The method involves utilizing a front vision camera to capture images of a target, determining the target’s position and size, and calculating the distance between the target and the UAV. The unique aspect of her invention includes generating an attitude command that adjusts the UAV's direction to center the target in the camera's view, ultimately creating a virtual trajectory that guides the UAV from the align point to the recovery point with increased precision.
Career Highlights: Eun Jung Roh is currently part of Korean Air Lines Co., Ltd., where she applies her expertise to advance drone technology. Her contributions in this capacity not only reflect her individual talents but also the collaborative innovation spirit within the organization, demonstrating the critical intersection of aviation and technology in modern applications.
Collaborations: Throughout her career, Roh has engaged with various teams within Korean Air Lines Co., Ltd. to foster innovation in UAV technologies. Her efforts have reinforced the importance of collaboration among engineers, researchers, and industry leaders to drive advancements in aerial systems and enhance safety and efficiency in UAV operations.
Conclusion: Eun Jung Roh stands out as a visionary inventor whose work not only contributes to her organization but has broader implications for the future of unmanned aerial systems. Her innovative methods significantly improve UAV recovery techniques, paving the way for safer and more efficient aerial operations in the rapidly evolving landscape of drone technology.