| 2021-06 | 3D Real-Time Acoustic Simulation for Transcranial Focused Ultrasound Using Conditional Generative Adversarial Network | TaeYoung Park; Heekyung Koh; KIM HYUNG MIN |
| - | 3D-printed low-intensity focused ultrasound(LIFU) guidance system: an accuracy assessment study | JOE HAE YOUNG; Ki Joo Pahk; KIM HYUNG MIN |
| - | A 32-Channel Focused Ultrasound Stimulator Using Phased Array MEMS Transducers for Accurate Targeting in Neuro-Muscular Rehabilitation System | Oh Sung Jin; KIM HYUNG MIN; Inchan Youn |
| - | A neuroprotective brain stimulation for vulnerable cerebellar Purkinje cell after ischemic stroke: a study with low-intensity focused ultrasound | Hongchae Baek; Anvar Sariev; KIM Minju; Hojin Lee; Kim, Jin Hyun; KIM HYUNG MIN |
| - | A novel method to stimulate a small region of interest within the brain using transcranial low intensity focused ultrasound | Ki Joo Pahk; TaeYoung Park; JOE HAE YOUNG; KIM HYUNG MIN |
| - | A novel numerical approach to stimulation of a specific brain region using transcranial focused ultrasound | TaeYoung Park; Ki Joo Pahk; KIM HYUNG MIN |
| 2019-09 | A parallel computing approach for optimization of a single-element transducer position in transcranial focused ultrasound application | KOH HEE KYUNG; TaeYoung Park; KIM HYUNG MIN |
| - | A Prompt-Gamma Correction Method for Non-Standard PET Radionuclides Based on the Detection of Triple Coincidences | J. L. Herraiz; S. C. Moore; V. Parot; S. R. Dave; M.-A. Park; S.-S. Yoo; W. Lee; KIM HYUNG MIN; E. Lage |
| - | An optimization method to stimulate a small region of interest within the brain using transcranial low intensity focused ultrasound | Ki Joo Pahk; TaeYoung Park; JOE HAE YOUNG; KIM HYUNG MIN |
| - | Anesthetic depth challenges for ultrasonic neuromodulation: An electroencephalographic index monitoring | Hongchae Baek; KIM HYUNG MIN |
| - | Balance Rehabilitation Training Method Standing on One-leg or
Two-leg with Lower Limb Exoskeleton Robot | LEE, JONG MIN; Choi Tae Jin; Chung, Eunsuk; Choi Junhyuk; KIM HYUNG MIN; Kim, Seung-Jong; J. Lee; M. H. Chun |
| 2019-02 | CEREBELLAR LOW-INTENSITY FOCUSED ULTRASOUND STIMULATION CAN NORMALIZE ASYMMETRICAL HEMISPHERIC DELTA POWER AFTER MOUSE ISCHEMIC STROKE | Hongchae Baek; Anvar Sariev; Dong Suh-Yeon; Sebastien Royer; KIM HYUNG MIN |
| 2021-06 | cGAN-Based Synthetic CT for MRI-Guided Transcranial Focused Ultrasound: A Feasibility Study | Heekyung Koh; TaeYoung Park; Yong An Chung; Jong-Hwan Lee; KIM HYUNG MIN |
| - | Clinical Test of Gait Rehabilitation Training with Lower-limb Exoskeleton based on Gait Intention according to EMG Signals for Post-stroke Hemiparetic Patients | LEE, JONG MIN; Choi Tae Jin; Choi, Junho; KIM HYUNG MIN; Choi Junhyuk; S.-J. Kim; J. Kim; J. Lee; Min Ho Chun |
| 2021-06 | Closed-Loop Control of Epileptic Seizures by Low-Intensity Focused Ultrasound Brain Stimulation on the Awake Rodent Model | Jeungeun Kum; Evgenii Kim; KIM HYUNG MIN |
| - | Comparing the Performance of Movement Artifact Removal Algorithm
between Wired and Wireless EEG Data Acquisition System | KIM HYUNG MIN; 이웅희; Chung Sang-hun; Choi Junhyuk |
| - | Detection of Neuromuscular Response in Gait Perturbation: A Potential Application in Overground Gait Rehabilitation | Choi Junhyuk; Sang Hun Chung; Kim, Yeonghun; Kang Hyolim; LEE, JONG MIN; Kim, Seung-Jong; KIM HYUNG MIN |
| 2019-09 | Development of a miniaturized low-intensity ultrasound device to stimulate the central nervous system | Evgenii Kim; Jeungeun Kum; Rizki Arif Pradona; KIM HYUNG MIN |
| - | Development of an Image-guided Navigation Environment for Focused Ultrasound-mediated Bilateral Non-invasive
Neuromodulation | KIM HYUNG MIN; Wonhye Lee; Seung-Schik Yoo |
| - | Development of low-intensity focused ultrasound (LIFU) based MRI-compatible brain
stimulation system | JOE HAE YOUNG; Ki Joo Pahk; KIM HYUNG MIN |
| - | EEG-based Gait Intention Recognition for Stroke Rehabilitation | Choi Junhyuk; KIM HYUNG MIN; LEE, JONG MIN; Kim, Yeonghun; Chung, Sang Hun; Lee, Ung Hee; Kim, Seung-Jong |
| - | EEG-based Gait Intention Recognition of Subacute Stroke Patients
Using Convolutional Neural Network | J. W. Moon; Choi Junhyuk; E. Chong; Kim, Seung-Jong; LEE, JONG MIN; KIM HYUNG MIN |
| - | EEG-based Gait Start Intention Recognition of Subacute Stroke Patients
using Convolutional Neural Network | J. W. Moon; Choi Junhyuk; Chong Eunsuk; Choi Tae Jin; Kim, Seung-Jong; LEE, JONG MIN; 이지연; KIM HYUNG MIN |
| 2018-02 | EEG-based Gait State and Gait Intention Recognition Using Spatio-Spectral Convolutional Neural Network | Sangwoo Park; Frank C. Park; Choi Junhyuk; KIM HYUNG MIN |
| - | Effects of Wearing an Exoskeleton on Surface Electromyogram Patterns for Sit-to-Stand and Stand-to-Sit | Sang Hun Chung; Yeonghun Kim; Hwang, Yoha; KIM HYUNG MIN; Kim, Seung-Jong; LEE, JONG MIN |
| - | ElectromyogramActivation Patterns of Vastus Medialis and Tibialis Anterior about Sit-to-stand and Stand-to-sitWearing Lower-limb Exoskeleton | Sang Hun Chung; LEE, JONG MIN; Yeonghun Kim; KIM HYUNG MIN; Hwang, Yoha; Kim, Seung-Jong |
| - | Feature Extraction Methods Using Lower-limb Electromyogram Signals for Intention Recognition of Gait Initiation | Chung, Sang Hun; Kim, Yeonghun; KIM HYUNG MIN; Hwang, Yoha; Kim, Seung-Jong; An, Jinung; LEE, JONG MIN |
| - | Focused ultrasound treatment promotes nerve regeneration in rat | Kim Dong Hwee; Oh Sung Jin; Ha Heeseung; KIM HYUNG MIN; Park Jong Woong; Inchan Youn |
| - | Full-Bridge Ultrasound Pulser Circuit for Muscle Rehabilitation System Using Low Intensity Focused Ultrasound Stimulation | Oh Sung Jin; Song Kang-Il; KIM HYUNG MIN; Inchan Youn |
| - | FUS-mediated Functional Neuromodulation for Neurophysiologic Assessment in a Large Animal Model | Wonhye Lee; KIM HYUNG MIN; Stephanie D. Lee; Michael Y. Park; Seung-Schik Yoo |
