Jee-Seong Kim
Papers
3
Total Citations
7
H-Index
2
About
Jee-Seong Kim is a researcher at the forefront of bio-inspired robotics and field robot navigation, with a focus on enhancing the perceptual capabilities of autonomous systems in challenging environments. His work bridges the gap between biological principles and practical robotic applications. A standout contribution is his development and evaluation of a haltere-mimicking gyroscope, a three-axis angular velocity sensor inspired by the club-shaped mechanosensory organ of Diptera. This innovative design, which replicates the function of a fly’s haltere for flight control, offers a novel approach to robust motion sensing. In the domain of visual odometry, Kim has made significant strides to improve robot localization outdoors. He has developed methods to enhance monocular visual odometry by integrating depth maps and semantic segmentation to filter out misleading features from reflective surfaces like windows and car bodies. Furthermore, his work on harsh-environment visual odometry fuses gyroscope and magnetometer data to maintain accuracy despite rapid camera movements or orientation changes. While his most-cited papers (each garnering 2-3 citations) represent emerging work, they lay a critical foundation for more resilient, biologically-inspired navigation systems for field robots operating in unstructured, real-world conditions.
Research Focus
Key Achievements
Top Papers
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