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Tae-Ho Oh
ORCID
Publication Activity (10 Years)
Years Active: 2017-2024
Publications (10 Years): 8
Top Topics
Adaptive Neural
Cma Es
Sliding Mode Control
Parameter Selection
Top Venues
CCTA
IEEE Access
SyRoCo
IEEE Trans. Ind. Electron.
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Publications
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Young-Seok Kim
,
Tae-Ho Oh
,
Dae-Young Yang
,
Sang-Hoon Lee
,
Dong-Il Cho
Effective Suppression of Mover-Position- Dependent Resonances Using Combined Decoupled Persistent Oscillation Compensator and Disturbance Observer Structure.
IEEE Access
12 (2024)
Jung-Woo Kim
,
Chul Yun
,
Tae-Ho Oh
,
Dong-Kuk Lim
,
Jin-Hwan Lee
Optimal Design of SPMSM for UAV Using Adjusted Evolution Strategy.
IEEE Access
12 (2024)
Dae-Young Yang
,
Tae-Hoon Kim
,
Tae-Ho Oh
,
Young-Seok Kim
,
Sang-Hoon Lee
,
Dong-Il Dan Cho
A Current Balancing Method of Two-Phase Soft Starter for Three-Phase Induction Motor Drive System Without Current Sensor.
ASCC
(2022)
Ji-Seok Han
,
Tae-il Kim
,
Tae-Ho Oh
,
Sang-Hoon Lee
,
Dong-Il Cho
Effective Disturbance Compensation Method Under Control Saturation in Discrete-Time Sliding Mode Control.
IEEE Trans. Ind. Electron.
67 (7) (2020)
Tae-Ho Oh
,
Tae-il Kim
,
Ji-Seok Han
,
Young-Seok Kim
,
Ji-Hyung Lee
,
Sang-Oh Kim
,
Sang-Sub Lee
,
Sang-Hoon Lee
,
Dong-Il Dan Cho
Deep Deterministic Policy Gradient-based Parameter Selection Method of Notch Filters for Suppressing Mechanical Resonance in Industrial Servo Systems.
CCTA
(2019)
Ji-Seok Han
,
Tae-il Kim
,
Tae-Ho Oh
,
Young-Seok Kim
,
Ji-Hyung Lee
,
Sang-Oh Kim
,
Sang-Sub Lee
,
Sang-Hoon Lee
,
Dong-Il Dan Cho
Frequency-Domain Design Method for Discrete-time Sliding Mode Control and Generalized Decoupled Disturbance Compensator with Industrial Servo Applications.
SyRoCo
(2018)
Ji-Ho Park
,
Tae-il Kim
,
Ji-Seok Han
,
Tae-Ho Oh
,
Jee-hyung Lee
,
Sang-Oh Kim
,
Sang-Sub Lee
,
Sang-Hoon Lee
,
Dong-Il Dan Cho
Simultaneous frequency and depth adaptation of notch filter for controlling damped vibrations.
CCTA
(2017)
Tae-il Kim
,
Ji-Seok Han
,
Ji-Ho Park
,
Tae-Ho Oh
,
Jee-hyung Lee
,
Sang-Oh Kim
,
Sang-Sub Lee
,
Sang-Hoon Lee
,
Dong-Il Dan Cho
Application of discrete derivative method with a new frequency mapping technique for adaptive-notch-filter based vibration control in industrial servo systems.
CCTA
(2017)