From: ZhoJi@imt.liu.se
Subject: resume
Organization: The Ohio State University; Department of Phyiscs
Date: Tue, 18 Aug 1992 08:15:14 GMT


Dear Prospective Employer:
    I post my complete resume here in search of a research or post-doctoral
position in US universities, institutions or industries. Since, I have
developed my skills and experiences in signal processing and computerized
biomedical instrumentation over years, it would be more appropriate for me
to continue my researches in these or related areas. My present researches
in Sweden will finish by next
July, so it would be perfect to have a start around August, 1993. 
   Thank you very much for your considerations.      
                             Yours truly, 
                             Jicun Zhong, Ph.D.
                             Aug. 10, 1992
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NAME IN FULL:
Jicun Zhong
DATE OF BIRTH:
June 9, 1962
PLACE OF BIRTH:
Hangzhou City, Zhejiang Province, P. R. China
SEX:
Male
MARITAL STATUS:
Married
HEALTH:
Excellent 
ADDRESS:
Dr. Jicun Zhong
Department of Biomedical Engineering
Link|ping University
University Hospital
S-581 85 Link|ping
Sweden
TELEPHONE:
Int + 46 13 103818  (Home)
Int + 46 13 222411  (Office)
FAX:
Int + 46 13 101902
EMAIL:
ZhoJi@IMT.LiU.SE
PRESENT STATUS:
Guest Researcher at the Department of Biomedical Engineering, Link|ping
University, Sweden

EDUCATIONS

9/1979 - 7/1983:
Undergraduate studies at the Department of Electrical Engineering, Zhejiang
University, Hangzhou, China
Major:
Industrial Control Engineering
Thesis:
Recursive analysis of biomedical signals
Degree Received:
B.S.
9/1983 - 7/1986
M.S. program at the Department of Electrical Engineering, Zhejiang
University, Hangzhou, China
Major:
Automatic Control
Thesis:
Design, implementation and experimental studies on a microprocessor based
EEG signal processing and real-time feedback system.
Degree Received:
M.S.
9/1986 - 12/1989:
Ph.D. program at the Department of Electrical Engineering, Zhejiang
University and the Department of Biomedical Engineering, PLA General
Hospital, Beijing
Major:
Control and signal processing
Thesis:
Signal processing engineering in noninvasive detection and analysis of
cardiac micropotentials.
Degree Received:
Ph.D.

TEACHINGS

1984:
Assistant lecturer on Digital Circuits and Computer Hardwares.   
Supervisor of two B.S. theses.
1985:
Experimental director of Microcomputer Techniques.  Supervisor of four B.S.
theses.
1990:
Graduate lecturer on Advanced Signal Processing with Applications to
Biomedical Engineering.

EMPLOYMENT

1990 - 1991:
Assistant Professor and Postdoctoral Fellow at the Department of Scientific
Instruments, Zhejiang University, Hangzhou, China.

RESEARCHES

1983 - 1984:
Design and implementation of a microprocessor based human minor tremor
analysis system.
1984 - 1985:
Design and implementation of a high input-impedance, low noise EEG 
amplifier, a micro-processor compatible high-speed digital  multiplier and
an EPROM-free digital Sine wave generator with adjustable frequency,
amplitude and phase (using non-linear network filtering).
1985 - 1986:
Design and implementation and experimental research of a microprocessor
based EEG signal processing and real-time feedback system. (M.S. program)
1986 - 1988:
Design and implementation of a computerized electronic pupilometer.  Wiener
G-functional analysis of the human pupillary system.  Adaptive control of
post-surgical hypertentions with IBM PC/XT.  Design and implementation of a
12-lead ECG amplifier and a low noise, high CMRR, high input-impedance
cardiac micropotential amplifier. Studies on adaptive signal processing,
design of digital filters and window functions.
1988 - 1989:
Noninvasive detection and analysis of cardiac micropotentials. (Ph.D.
program)
1990 - 1991:
Design and implementation of a 386 compatible, high speed (throughput :
500kHz) and high resolution (12bit) data acquisition system and its
assembly language interface.  Development of a high resolution (1024x768,
16 color) VGA graphics tool kit using assembly language.  Detection of
every-beat cardiac micropotentials using adaptive filtering, wavelet
transform, nonparametric detection and neural network processing.
1992 - Now:
Compartmental analysis of the capillary blood flow (nutritional) and
arteriole and venule blood flow (thermo-regulatory and supplying) in Laser
Doppler Flowmetry (LDF). Movement artifact cancelling in LDF. Fractal
analysis of LDF signal and micro-vasculture. Development of graphics
utilities with 1024x768, 256 color mode on PCs.  Processing of color CCD
images of capillaries using NIH Image, Mathematica 2.0 and Think Pascal 4.0
on Mac Quadra 900.

PUBLICATIONS

1.
J. C. Zhong, Z. J. Hu,  "Adaptive and optimal control of minimal spectral
entropy of human frontal Alpha waves,"    The 3rd National Conference on
Biomedical Engineering, Beijing, China, October, 1987 
2.
J. C. Zhong,  "Non-linear Alpha wave response under the feedback control of
weak electromagnetic fields,"  World Congress on Medical Physics and
Biomedical Engineering,  San Antonio, Texas, USA, August, 1988
3.
J. C. Zhong, W. X. Lu, Z. X. Han and Z. J. Hu,  "Design of linear-phase FIR
filters with steerable stopband dips,"    Journal of Zhejiang University, 
Vol.25, No.2,  pp172 - 181,  1991
4.
J. C. Zhong, W. X. Lu, Z. X. Han, Z. J. Hu,  "Cancelling power line
interference in the surface detection of cardiac micropotentials",  Journal
of Zhejiang University,  Vol.25, No.2,  pp163 - 171, 1991
5.
J. C. Zhong,  "On the frequency domain analysis of ventricular late
potentials,"
Journal of Zhejiang University, 1992  (in press)
6.
J. C. Zhong, W. X. Lu,  "On two weighted signal averaging methods and their
application to the surface detection of cardiac micropotentials," 
Computers and Biomedical Research,  Vol. 24, No.4,  pp332 - 343,  1991
7.
J. C. Zhong, Z. X. Han and W. X. Lu,  "Design of windows with steerable
sidelobe dips,"  Proceedings of IEEE ICCAS-91;
IEEE Transactions on Signal Processing,  Vol.40, No.6,  pp1452-1459, June, 
1992 
8.
J. C. Zhong, H. L. Dan and W. X. Lu,  "A wavelet transform based
multichannel detection of ventricular late potentials,"    IEEE/EMBS  13th
Annual International Conference, Orlando, Florida, USA, October, 1991
9.
H. L. Duan, J. C. Zhong, W. J. Rao and W. X. Lu,   "A new method for
analyzing clinical visual evoked potentials,"    IEEE/EMBS  13th Annual
International Conference, Orlando, Florida, USA, October, 1991
10.
G. E. Nilsson and J. C. Zhong,  "Can fractal dimensions be used to describe
the quality of tissue perfusion in Laser Doppler Flowmetry?" 
ELDUG,  London,  UK,  July,  1992  
11.
J. C. Zhong and G. E. Nilsson,  "A note on the generalized photocurrent
spectral moments in Laser Doppler Flowmetry,"
IEEE/EMBS 14th Annual International Conference, Paris, France, October,
1992
12.
J. C. Zhong and G. E. Nilsson,  "Cancelling movement artifacts in Laser
Doppler Flowmetry,"   IEEE/EMBS 14th Annual International Conference,
Paris, France, October, 1992

UNPUBLISHED WRITINGS

1.
"Advanced Synergetics : Towards a bifurcation theory of nonlinear dynamical
system,"   Scientific report, Zhejiang University, 1986
2.
"A note on the quasilinearization techniques,"  Seminar report, Zhejiang
University, 1987
3.
"On the application of Centre Manifold Theorems,"  Seminar report, 
Zhejiang University,  1987
4.
"Modelling microvasculture with an M-ary fractal tree and the calculation
of flow distributions," personal notes,  1992

FOREIGN LANGUAGES
English :    Fluency in reading, writing, speaking, listening and
translating into Chinese.     
TOEFL score in 1986  : 597 Total average.
Japanese :  Capable of reading.

COMPUTER LITERACY
Z80 assembly language, IBM PC macro assembly language,  PDP11-23 assembly
language.
FORTRAN 77,  BASICA, Quick BASIC, Turbo Pascal Version 6.0, and Turbo
Pascal for Windows Version 1.0, Think Pascal 4.0

HONORS
Two highest scholarship awards (to top 2% students) of Zhejiang University
in 1980 and 1981 respectively.