FEEI Y. (WANG) CHUNG
10170 Mello Pl. |
|
Cupertino, CA 95014 |
Email: fychung@alum.mit.edu |
(408) 253-1510 |
OBJECTIVE: Career
in Engineering Research, Design and Development, with challenging opportunities
to apply my skills and experience.
SUMMARY OF QUALIFICATIONS
·
Ph.D. in
Electrical Engineering at Stanford University. Field of concentration: control
systems.
·
Skills: Network traffic
management / server load balancing, Signal processing, Equator and TriMedia
media chips programming, Video Compression, Radar image formation and moving
target detection algorithms, Object-oriented analysis and design, Real-time
airborne radar software design, Data analysis, Adaptive control.
·
Computer languages: C/C++, Java/J++ (familiar with MS Visual
Studio), Perl, HTML, Fortran, Basic, LISP, assembly language. Computer
environments: UNIX/Linux, Windows, MS-DOS, MacIntosh, VAX, SGI, VMS. Software tools: Matlab/SIMULINK,
Dynamic Object Oriented Requirements System (DOORS), including the DOORS eXtension
Language (DXL), MathCad. Also familiar
with a wide variety of measurement instruments.
·
Foreign
Languages: Mandarin and Taiwanese.
·
U.S. citizen.
EXPERIENCE
5/00 ~ 3/02: Senior Software Engineer at Desana Systems, Inc., Milpitas, CA. Lead Desana’s traffic management / server
load balance software effort for a high-performance service-aware switch. Wrote the entire traffic management
software, from conception through requirements specification, design,
implementation, testing, bring-up and lab integration, coordinating closely
with hardware, marketing, QA and other software module teams through the entire
product cycle. Also executing
performance engineering to maximize throughput of the software proxy module.
4/99 ~ 4/00: Member of Research Staff at Interval Research Corp., Palo Alto,
CA. Worked on real-time implementation
of a very low-cost wavelet-based video codec on a multimedia processor (using
Equator's MAP1000, previous experience w/ Philips' TriMedia); developed Huffman
coefficients suitable for the algorithm.
Created graphical interface for non realtime version and improved
execution speed. Wrote various video
manipulation utilities in Matlab and C/C++.
10/94 ~ 3/99: Senior Engineer at Raytheon Systems Company (formerly
Hughes Aircraft Co.) Sensors and Electronic Systems, El Segundo, CA. Radar mode leader on detection of ground
moving targets. Responsible for
coordinating on-time delivery of all phases of mode development, including
requirements, traceability, test plans.
Created simulation in C, using Matlab to provide GUI interface, for
validation of algorithms. This
simulation eventually evolved into a data analysis tool. Previously, performed algorithm development
and validation (Matlab, C, Fortran) for a radar mode where complex correlation
from two images of the same ground area is used to provide detailed change,
elevation and/or terrain information.
Applied Domain Engineering on an R&D pilot project to establish a
reuse process to be integrated with lab software development process. Used Dynamic Object Oriented Requirements
System (DOORS) and wrote supplemental utilities in the DOORS eXtension Language
(DXL) to capture commonalities and variabilities in architecture and requirements
among three similar modes. Designed,
implemented and integrated real-time software for airborne radar processing (in
Jovial and an in-house pipe-lined signal processing language).
6/92 ~ 9/94: Research Intern at Hewlett-Packard Laboratories (HPL), Palo
Alto, CA. Performed extensive simulation
and programming in Matlab/SIMULINK and C for a joint project with Stanford as
part of my thesis research (see Education section below). Programmed in Basic and assembly language as
part of the interface to the physical system. Began joint project as a SEED
(Student Employment and Educational Development) student, recommended to HPL by
my Ph.D. thesis advisor. Among first
six students promoted into the HPL Research Intern program when it was
initiated in March, 1993.
Fall quarter, 92: Teaching Assistant for Bipolar Analogue Integrated Circuits
course, taught by Prof. B. Wooley.
Stanford University, Dept. of Electrical Engineering.
Summer, 90: Graduate Student Co-op in Command & Control Group at Ford
Aerospace Corporation, San Jose, CA.
Assisted in the design of a two-axis control system for an antenna
gimbal. Also programmed the control
unit for an antenna alarm status display.
Summer, 88: SEED (Student Employment and Educational
Development) program participant at Hewlett-Packard, Fort Collins, CO. Wrote assembly language code for the
verification of a floating-point processor.
Enhanced the model translator for automatic assertion generation.
Redesigned a CMOS latching bus driver circuit to eliminate a drive fight with
minimal increase in delay.
Summer, 86 ~ 2/88: UROP (Undergraduate Research Opportunities
Program) participant at MIT Artificial Intelligence Laboratory, Cambridge,
MA. Assisted in building autonomous
mobile robots under the supervision of Prof. Rodney Brooks. Designed, built and debugged digital and
analog circuits. Programmed robot
functionalities using LISP and assembly language.
EDUCATION
Ph.D. Stanford
University, Electrical Engineering, 6/95. Thesis title: “Modeling and Adaptive
Control of Time-varying Friction in A Small Disk Drive.” Advisor: Prof. Gene Franklin. Thesis research was a joint project as a
research intern with Hewlett-Packard Laboratories. Objectives: characterize the form of a frictional nonlinearity in
an electro-mechanical system, namely a small disk drive, investigate
compensation methods, apply the compensation schemes to the actual system, and
perform a comparative study of the control strategies. Due to the time-varying nature of the
system, controllers considered were adaptive.
M.S.
Stanford University, Electrical Engineering, 6/91. Field of concentration: control systems.
B.S.
Massachusetts Institute of Technology, Electrical Engineering,
6/89. Thesis topic: ``Einswine, a
Beacon-Stealing Autonomous Mobile Robot.''
Advisor: Prof. Rodney A. Brooks.
PUBLICATIONS
·
Chung, F.Y.,
"IFSAR Aperture Alignment."
Raytheon Analysis Report, Jan. 1998.
·
Chung, F.Y.,
"Residual Video Phase Correction for
Interferometric Processing." Hughes Analysis Report, June 1997.
·
Chung, F.Y.,
"Subswath Phase Discontinuity Final
Report." Hughes Analysis Report, June 1997.
·
Wang, F.Y.,
"Modeling and Adaptive Control of
Time-varying Friction in a Small Disk Drive." PhD thesis, Stanford
University, June, 1995.
·
Hurst, T.,
Wang, F. and Henze, D., "Understanding
Ball Bearing Pre-Rolling Behavior Using the Restoring Force Surface Method."
Winter annual Meeting of ASME, Nov. 1994.
·
Wang, F.Y.,
Hurst, T., Abramovitch, D.Y. and Franklin, G.F., "Disk Drive Pivot Nonlinearity Modeling Part II: Time Domain."
Proceedings of the American Control Conference, vol 3, pp.2604~7, AACC, IEEE,
1994.
·
Abramovitch,
D.Y., Wang, F.Y. and Franklin, G.F., "Disk
Drive Pivot Nonlinearity Modeling Part I: Frequency Domain."
Proceedings of the American Control Conference, vol 3, pp.2600~3, AACC, IEEE,
1994.
·
Wang, F.Y.,
Abramovitch, D.Y. and Franklin, G.F., "A
Method of Verifying Measurements and Models of Linear and Nonlinear Systems."
Proceedings of the American Control Conference, vol 1, pp.93~7, AACC, IEEE,
June 1993.
·
Wang, F.Y.,
"Einswine, A Beacon-Stealing
Autonomous Mobile Robot." Undergraduate thesis, Massachusetts
Institute of Technology, June 1989.
HONORS AND SOCIETIES
·
Hughes
Aircraft Co. Systems Division Instant Recognition Award for superior
performance (1996).
·
Student
member of Institute of Electrical and Electronics Engineers;
IEEE Societies: IEEE Control Systems Society, IEEE Signal Processing Society
(1993~1995).
·
National
Science Foundation (NSF) Graduate Fellowship (1989~1992).
·
Tau Beta Pi
(1988~1989); fund-raising committee chairperson in 1989.
·
Society of
Women Engineers (1985~1989); Social chairperson in 1988.
·
James E.
Cunningham Memorial Scholarship for outstanding female student in electrical
engineering (1988).
·
James &
Minnie Edmonds Educational Foundation Scholarship (1987).
·
Eugene &
Margaret McDermott Fund (1986).
References available upon request.
Last modified Apr. 3, 2002.