Current Projects


  • [8] Institute of Information & communications Technology Planning & Evaluation (IITP), Development of Network Load Balancing Techniques Based on Multiple Communication/Computing/Storage Resources,  PI, 2022.04 ~ 2024. 12
  • [7] Korea Brain Research Institute (KBRI), The Prefrontal Circuit Motifs in Healthy Brain and Brain with Emotional Abnormalities, 2022.1~2023.12
  • [6] Institute of Information & communications Technology Planning & Evaluation (IITP), Development of attack response and intelligent RSU technology for vehicle technology for vehicle security threat prevention, PI, 2021.4~2024.12, $7,500,000
  • [5] National Research Foundation of Korea (NRF), Co-optimization of IVN(In-vehicle network) and V2X(Vehicle-to-everything) for low latency remote driving, PI, 2021.3~2024.2, $600,000
  • [4] Ministry of Science, ICT & Future Planning (MSIP), Korea, DGIST, Cooperative AI-based high-precision remote and autonomous driving system, Participant, 2020.5~2024.12
  • [3] Ministry of Science, ICT & Future Planning (MSIP), Korea, DGIST, Minimum invasive AI-based E-brain development for brain disease relief, Particiapnt 2020.10~2024.12
  • [2] National Research Foundation of Korea (NRF), Development of core technology for fusion interface based on high efficiency sensors mimicking human five senses, Participant, 2019.04~2023.12, $9,000,000
  • [1] National Research Foundation of Korea (NRF), Development of multi-modal sensing and control for brain functional homeostasis, PI, 2017.11~2022.12, $10,000,000

Past Projects


  • [19] Ministry of Science, ICT & Future Planning, Resilient Cyber-Physical Systems Research, Participant, 2014.04~2022.02, $10,000,000
  • [18] IITP, High-speed, high-reliability, and intelligent IVN(In-vehicle network) semiconductor development, Participant, 2019.04~2021.12, $400,000
  • [17] Ministry of Science, ICT & Future Planning (MSIP), Smart convergence technologies for UAV safety control in urban areas, PI, 2017.01~2021.12, $3,000,000
  • [16] Korea Research Foundation (KRF), Development of mobile platform for Alzheimer’s disease (AD) diagnosis and relief using AI based neuro-feedback, PI, 2017.11~2021.10, $800,000
  • [15] Agent for Defense Development (ADD), Signal processing research center, Part 2-4, Participant, 2015.10~2020.12
  • [14] Ministry of Education, Science and Technology (MEST), Development of fusion parts for 3.5 Tesla 6 channel magnetic stimulation and information feedback for a cure for intractable brain disease, Participant, 2016.03~2019.12
  • [13] Ministry of Science, ICT & Future Planning (MSIP), Rehabilitation and replacement technology for brain damage employing electrical method, Participant, 2010.01~2019.12
  • [12] Ministry of Education, Science and Technology (MEST), Development of microbiorobotic systems for surgical treatment of chronic total occlusion, Participant, 2015.06~2019.05
  • [11] Samsung Electronics, Physiological tactile sensor developments, Co-PI, 2015.06~2018.11, $1,000,000
  • [10] Korea National Research Fund (NRF), Magnetic communications and energy transfer in hostile environments, PI, 2015.05~2018.04, $300,000
  • [9] Korea National Research Fund (NRF), Development of bi-directional multi-channel neural electrodes and implantable wireless power/data transmission modules, Participant, 2016.09~2017.02
  • [8] Daegu Science High School R&E Program, Learning assistance system study by using brain imaging technology, PI, 2016.03~2016.12, $10,000
  • [7] Daegu Science High School R&E Program, Brain signal-based robots, PI, 2015.03~2015.12
  • [6] Ministry of Education, Science and Technology (MEST), Research on intra-body wireless systems for bio-medical Implants, PI, 2012.05 ~ 2015.04, $135,000
  • [5] Electronics and Telecommunications Research Institute (ETRI), MICS band modem development for medical implants, PI, 2013.10~2014.04
  • [4] High Risk High Return (HRHR) Project, DGIST, Artificial wireless implant technology for rehabilitation of human sensory system, PI, 2012.05 ~2013.12, $90,000
  • [3] DASTEK, Application development for two-way smartphone interface, PI, 2013.01~2013.05
  • [2] Citus, Half duplex FDD technologies for LTE-Advanced M2M applications, PI, 2012.07~2012.12
  • [1] Marvell Semiconductor (Consulting), Algorithm design for 3GPP LTE systems, 2011.01~2012.02