Il-Yong Park | Department of Medical Science
Introduction
I have been doing research on biomedical electronic systems including medical devices. The main research contents so far are related to the development of biomedical systems based on various biosignal acquisition sensors and imaging devices. Since joining in faculties of School of Medicine, Dankook University in March 2008, 'Development of Artificial Ossicle Model for Implantable Middle Ear Hearing Devices','Development of High-efficiency Percutaneous Wireless Power and Data Transfer Device', 'Research and Development of Objective Tinnitus Test Method', 'Development of an electromagnetic stimulation device for inducing stem cell differentiation, 'Development of a method for measuring the tetanic force of muscles by electrical stimulation', 'Development of a two-photon microscopic control and image acquisition system SW', and currently, 'Development of an animal startle response measurement device for objective tinnitus detection', 'High-speed Spatial Frequency Domain Imaging (SFDI) system research and development', etc.
Research
2004-2008: Development of fully implantable middle ear hearing device
2008-2009: Development of wireless telemetry technology for implantable medical devices
2008-2009: Development of artificial ossicle model for implantable middle ear hearing devices
2008-Present: Development and application research of computerized testing system (CBT) and smart-device based testing system (SBT)
2009-Present: Research and development of objective tinnitus assessment system (GPIAS)
2009-2014: Development of high-efficiency percutaneous wireless power and data transmission device
2009-2012: Development of a GUI for solar panel performance evaluation
2008-2014: Dankook University Medical Device Clinical Trial Center, Project Participation
2013-2022: Beckman Laser Institute Korea (BLI-Korea)-Participation in objective tinnitus detection project, and diffuse optics research project
2017-2020: Measurement of meibomian gland lipid and optical properties using SFDI technique
2018-2022 : SFDI/LSI/LLLT integrated optical theranostic system (OTS) research and development
2018-Present : Research and development of VsEP (vestibular stimulated evoked potential) measurement system for vestibular dysfunction test
2019-Present: Objective color vision abnormality inspection system development study
2022-Present: Development of technology for early diagnosis of pressure sores based on tissue blood perfusion image and prediction of treatment prognosis
etc. : Development of real-time image processing system to prevent driver drowsiness, development of capnography system for patient breathing monitoring, etc.
Consulting
Biomedical engineering, Biomedical electronics
Biomedical sensors and circuits
Biomedical signal processing
Hearing aids
Implantable hearing aids
Objective tinnitus detection system (GPIAS)
Color vision deficiency testing system
Medical devices
Diffuse optical imaging system (SFDI, LSI etc.)
Medical optics
Artificial intelligence