Shinwoong Kim

Papers

Total Citations

H-Index

About

Shinwoong Kim is a robotics engineer whose work centers on the precision control and performance optimization of industrial robotic systems. His primary research focus lies in the development of advanced gain scheduling and dynamic signal analysis techniques for multi-axis articulated robots, specifically targeting the reduction of mechanical noise and the enhancement of positional accuracy. Kim’s most cited contribution, “Gain Scheduling in a 6-Axis Articulated Robot Based on LabVIEW®” (2014), introduces a novel program routine that leverages frequency response methods to perform dynamic signal analyzer (DSA) functions, enabling more accurate and automated gain tuning. This work addresses a critical challenge in modern manufacturing: the demand for high-performance robots that can operate with both speed and precision. While his citation count remains modest, Kim’s research is foundational for engineers seeking to implement cost-effective, software-based solutions for robot calibration and vibration suppression. His approach demonstrates a practical integration of LabVIEW-based control with industrial hardware, making his methods accessible for applied robotics labs and factory automation settings. Kim’s contributions are particularly valuable for students and researchers exploring the intersection of control theory, signal processing, and real-time robotic systems.