Resume of Jiefei Gu

Resume of Jiefei Gu

Resume  

Personal Information
Name:

Email：

Tel:

Address:

Jiefei Gu (First Name  Last Name, respectively)

Jiefei Gu@edu.org

631-216-2179 (Dor.)

631-444-2354 (Lab)

Department of Biomedical Engineering

Stony Brook University

Stony Brook 11794

N.Y.
 
MBERSHIP

Member of Society for Neuroscience
  
 
Research Interest
 Quantitative Biophysical Descriptions; Neural Engineering;

Bioinstrumentation

 
Education Background
 Ph.D., Biomedical Engineering, expected 2007,

Stony Brook University, Stony Brook, N.Y.
 
 
Master of Engineering, Biomedical Engineering, March. 2003

Shanghai Jiao Tong University, Shanghai, China.
 
 
Bachelor of Engineering, Detection Engineering and Instrument, July. 2000

Xi'an University, Xi'an, China.
 

Academic Honors

(Fellowship)
 ·2005 Fellowship of Bioscience Industry certificate program
·2003-present Graduate Assistantship of Stony Brook University
·2003-present Full Tuition Scholarship of Stony Brook University
·2001-2002
 National Fellowship of China
 
·2000
 Excellent Graduate of Xidian University
 
·1999-2000
 Excellent Academic Scholarship from Xidian University
 
·1998-1999
 Excellent Academic Scholarship from Xidian University
 
·1997-1998
 Excellent Academic Scholarship from Xidian University
 
·1996-1997
 Excellent Academic Scholarship from Xidian University
 
 

Research Experience
 
Jan. 2004 —

July. 2004
 Reflex And Central Neural Control of Respiratory Function
Lab Rotation                              Supervisor: Prof. Irene C. Solomon
 
Sept. 2003 — Dec. 2003
 Biomedical Modeling
Lab Rotation                              Supervisor: Prof. Ki H. Chon
 
 
    Sept. 2000 — Aug.2003
 Research Assistant, Bio-signal detection and processing Lab, Shanghai Jiao Tong University

· NNSFC Projects involved:

“Analysis of dynamical components in the EEG signals of schizophrenia before seizure”(NO. 60071018)

”Clinical Ischemic Injury Monitoring Based on Information Study of Electroencephalogram” (No.60272326)

· Signal separation and extraction. (ICA, etc.)

· System identification and control, analytical dynamics, Nonstationary signals processing. (Advanced Time-frequency Analysis, Information Theory, Chaos Theory, etc.)

· Develop new quantitative analyzing methods of EEG for those who under different injury situations and investigating the underlying mechanisms of the brain.
 
Teaching Experience
 
Jan. 2003     — Present
 BME 212—Lab Methods in Biomedical Engineering, Teaching Assistant,

Department of Biomedical Engineering, Stony Brook University
 
Sept. 2003    — Dec. 2003
 BME 461—Linear System Analysis and Biomedical Application, Teaching Assistant,

Department of Biomedical Engineering, Stony Brook University
 
Sept.2001 —Feb.2002
 Control Theory, Teaching Assistant,

Department of Biomedical Engineering, Shanghai Jiao Tong University
 
Other Experience
 
July 2002
 Shanghai No.6 People Hospital (Internship)
 
Feb.2000 —June2000
 Undergraduate Thesis Work

· “Tele-communication of ECGs”
 
Aug.1998 —Feb.1999
 Project for “Challenge Cup” Scientific Creativity Competition

· “Temperature and Humidity Control System of Tobacco Producing”

Instrument developed based on MCS51 chip
 
 
 
CONFERENCE PRESENTATIONS
 
April, 2005 Jiefei Gu, E. T. Spiegel, K. H. Chon, I. C. Solomon.The Application of Multiple Time-Invariant Spectral Analysis Algorithms to Inspiratory Motor Discharge in Mice, Rats, Cats, And Piglets. To be presented at Experimental Biology 2005, San Diego, CA
April, 2005 E. T. Spiegel, Jiefei Gu, K. H. Chon, I. C. Solomon. The Application of Multiple Time-Varying Spectral Analysis Algorithms to Inspiratory Motor Discharge in Mice, Rats, Cats, And Piglets. To be presented at Experimental Biology 2005, San Diego, CA
Oct. 23-28, 2004 Jiefei Gu, K. H. Chon, I.C. Solomon. Blockade of gap junctions transiently reduces respiratory network complexity in arterially-perfused adult rat. Presented at Neuroscience 2004, Oct. 2004, San Diego, CA
April 17-21, 2004 Jiefei Gu, K. H. Chon, I.C. Solomon. Excitation of phasic inspiratory activity produced by chemical stimulation of the pre-B?tzinger complex in vivo reduces respiratory network complexity. Presented at Experimental Biology 2004, April 2004, Washington DC
Sept. 26-28 2000
 IEEE-EMBS Asia-Pacific Conference on Biomedical Engineering, APBME 2000, Hangzhou, China
 
 Nov. 9-11,2001
 Chinese Biomedical Electronic Conference, CBME 2001, Wuhan, China
 
Nov. 19

2002
 The 3rd China-Japan Postgraduate Symposium on Biomedical Engineering, Shanghai, China
 

PUBLICATIONS
 [1] Jiefei Gu, K. H. Chon, I.C. Solomen. Chemical activation of pre-Bötzinger complex in vivo reduces respiratory network complexity, Am J Physiol Regulatory Integrative Comp Physiol, Jan 2005; 10.1152/ajpregu.00650.2004.

[2] Jiefei Gu, K. H. Chon, I.C. Solomen. Blockade of gap junctions transiently reduces respiratory network complexity in arterially-perfused adult rat ( Neuroscience 2004)
[3] Jiefei Gu, K. H. Chon, I.C. Solomen. Excitation of phasic inspiratory activity produced by chemical stimulation of the pre-Bötzinger complex in vivo reduces respiratory network complexity ( Experimental Biology 2004)

[4] Jiefei Gu, Shanbao Tong, Yingjie Lee, Yisheng Zhu.  Nonextensive Entropy Map of Schizophrenia EEG Analysis of Biomedical Signals and Images, Vol.16, p: 69-71, Biosignal 2002, Brno, Czech Republic, 2002 

[5] Jiefei Gu, Yisheng Zhu, Li Gong, Hao Xie. R&D of the Third Generation Distance Education System, Computer Engineering (In Chinese) iss. 8, p:14-19, 2003

[6] Jiefei Gu, Hao Xie, Yisheng Zhu, Hongxuan Zhang Cardiac Chaos Denoising with an Improved ICA Proceedings of The 3rd China-Japan Postgraduate Symposium on Biomedical Engineering, p:47-49, 2002

[7]   Ziming Wang, Shanbao Tong , Jiefei Gu, Yisheng Zhu, N.Thakor Nonlinear Analysis of EEG in Brain Injury from Cardiac Arrest Proceedings of The 3rd China-Japan Postgraduate Symposium on Biomedical Engineering, p:55-57, 2002

[8]   Shanbao Tong, Anastasios Bezerianos, Jiefei Gu, Yisheng Zhu, Nitish Thakor. Performances of Time Dependent Tsallis Entropy with Application to Neurological Signals (submitted to Physical A)

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