Skip to content

young jin Jung

  • Phd, Biomedical Engineering
  • Assistant Professor
  • Dongseo University
  • 7h-indexImpact measure calculated using publication and citation counts. Updated daily.
  • 248CitationsNumber of citations received by young jin's publications. Updated daily.

Recent publications

  • Imaging ictal activity propagation using electrocorticogram: a preliminary study

    N/AReaders
    N/ACitations
    Get full text
  • Implementation of a Novel, Integrative Approach for Optical 3D Positional Tracking towards Accurate Co-registered Imaging Using Hand-Held Optical Imagers

    N/AReaders
    N/ACitations
    Get full text

Professional experience

Assistant Professor

Dongseo University

March 2015 - Present

Assistant Professor & Director

Florida International University

January 2014 - February 2015(a year)

Post-Doc Associate

Florida International University

April 2012 - December 2013(2 years)

Research Professor

Hanyang University

August 2011 - March 2012(7 months)

Phd Course, (research & teach) Assistant

Department of biomedical engineering, Yonsei University in Wŏnju, South Korea

February 2007 - August 2011(5 years)

Education

Phd. students

Department of biomedical engineering, Yonsei University

March 2007 - August 2011(4 years)

Master's degree

Department of biomedical engineering, Kyungpook National University

March 2005 - February 2007(2 years)

electrical & megnetic bachelor's degree

Department of electronic enginnering, Kumho National Institudte of Technology

March 2001 - February 2005(4 years)

Research interests

Brain siganl analysis. -EEG source localization. -effective connectivity in EEG/MEG. -Brain computer interface. -study of Epilepsy (Detecting the ictal zone) -design of EEG Device -

About

Research Area  Diffuse optical imaging towards tissue imaging, especially in Breast cancer  Functional neuroimaging with MEG, EEG, fMRI, NIRS, and ECoG  Clinical applications of functional neuroimaging, especially in epilepsy  Brain signal analysis - Development of methods for source localization & causality estimation  Multimodal neuroimaging integrating fMRI and EEG/MEG  Brain computer interface – pattern classification and algorithm development  Design and implementation of biomedical instruments (multi-channel transcranial direct current stimulation (tDCS) system, 8-ch portable EEG system, sound recognition system) On-going and completed Projects  2009.05 – 2011.12, Development of a mind reading system using real-time dynamic neuroimaging, National Research Foundation of Korea (researcher)  2009.07 – 2011.06, Development and clinical application of dynamic neuroimaging technique for accurate non-invasive localization in refractory epilepsy, Korea Health Industry Development Institute (researcher)  2009.05 – 2011.04, Development of a new multimodal neuroimaging technique to maximize effectiveness of simultaneous recording of MEG and EEG and its application to localization of epileptogenic foci, National Research Foundation of Korea (researcher)  2008.07 – 2010.06, Development and practical application of novel techniques for functional causality estimation based on the nonlinear time series analysis of neuronal sources, Korea Research Foundation (researcher)  2007.03 – 2009.03, Functional Brain Mapping of Korean – Connectivity, Ministry of Science and Technology (researcher)  2007.11 – 2008.10, Development of Dynamic Neuroimaging Techniques, Ministry of Health and Welfare (researcher)  2007.03– 2007. 10, Development of Spatio-temporal Neuroelectromagnetic Source Mapping Techniques, Ministry of health and Welfare (researcher) Skills  Expert level of Matlab, C/C++, visual C# language  Strong programming and computation experiences  Intermediate level of Fortran and Linux  Power user level of commercial EEG/MEG/ECoG analysis programs (CURRY6, BrainSuite2, BrainStorm, EEGLAB, etc.)  Many experiences on code developments such as source localization programs (distributed & dipole models), connectivity analysis programs (coherence, phase coherence, phase locking value, phase slope index), causality estimation (Granger causality, directed transfer function, partial directed coherence, entropy transfer etc.), surrogate testing program, Graph theory software, and 3D functional image visualization software  Strong background on applied digital signal processing and bio-signal processing  Digital circuit design (Embedded system) & firmware programming with TI’s DSP & MCU Developed Hardware and software  WIFI (ver2.0) NIR optical scanner system & its PC application (Matlab ver.)-(2013)  Developing stereoscopic 3D digitizing system & its PC application (Matlab ver)-(2012)  Portable NIR optical scanner system & its PC application (Matlab ver.)-(2012)  Development of a 16-ch tDCS system & its PC application (C# ver.) -(2011)  Development of a 4-ch tDCS system & its PC application (Matlab ver.) -(2010)  Development of a portable 8-ch EEG system & its PC application (Matlab ver.)-(2010)  GUI software for practical EEG/ECoG data analysis using MUSIC algorithm-(2010)  Hybrid (C++/ Matlab) EEG acquisition program for 3D spatial navigation experiment-(2009)  Modified spatio-temporal dipole fit program for EEG/MEG source localization-(2008) Released Free Toolbox  Comets Toolbox : COMputation of Electric field due to Transracial current Simulation –(2012) (Download address: http://cone.hanyang.ac.kr/BioEST/Kor/Comets.html)

Co-authors (49)

  • Maximiliano Velez Mejia
  • kim sungmin
  • Jae-Hyun Cho