Research fields
Control of dynamics Systems
- 2 axis nano-stage control with high precision and high speed using a loop shaping control technique
- Vibration control of a 6 axis active vibration isolation using magnetic actuators and velocity sensors
- Noncontact velocity sensor using optical interference
- Lidar based sensing system for 3D distance imaging for autonomous vehicles driving and drone lading
- Frequency modulated continuous wave(FMCW) sensing system control for 3D shape imaging
Design of sensing/actuating systems and its application
- A new mobile robot navigation using a turning point searching algorithm with the consideration of obstacle avoidance
- High precision distance sensor for 3D imaging using camera and Lidar principle
- Noncontact velocity sensor using optical interference
- Active vibration isolation system design&control
- Vibration robust motion profile generation
- VCM, PZT based power amplifier design
Analog/Digital Signal processing
- Various modulation techniques development for sensor resolution improvement
- Vibration robust motion profile generation
- Analog/Digital signal processing based on frequency analysis
- Frequency detection using a frequency-to-voltage converter
- AR/MR based real time camera posture estimation