Signal Processing Electrical Engineering
Resume:
Dear sir/madam,
My name is Li Li. The following is my resume to apply for the RF &
Tool Engineer position at Placement Service USA. Inc. I would be very
obliged if you can arrange for a meeting where I can further discuss about
my qualifications and skills. The enclosed my resume with the application.
You can easily contact me at any time by phone: 940-***-**** or e-mail:
**********@*****.***.
Thanks for taking the time to consider my application.
Sincerely,
Li Li
*Li Li***
8625 HICKORY St. apt 2213
FRISCO, tx, 75034
**********@*****.***
* *
*OBJECTIVES***
Seeking a RF engineering, research, and development position in wireless
industry.
* *
*EDUCATION***
*Ph.D., Computer Science
*Dec 2012
University of North Texas, Denton, TX
GPA: 3.9/4.0
*Master of Science* <http://www.unt.edu/catalog/grad/eengc.htm>*,
Electrical Engineering *Aug 2009
University of North Texas, Denton, TX
GPA: 3.9/4.0
*Bachelor of Science*, *Electrical Engineering* * *Jun
2006
Tianjin University of Technology, Tianjin, China
GPA: 3.3/4.0
*PROFESSIONAL SKILLS*
*Programming Languages: *C, C++, Java, Scripting Languages (Python, PHP,
and HTML)
*Operating System: *Android, and Unix Programming**
*Software/IDE: *Pspice, Visual Studio, Eclipse, and MATLAB
*Classes*: Wireless Communications, Digital Signal Processing, Wireless
Network and Protocols, Coding Theory, Digital Communication, Database,
Statistical Signal Processing, Probability/Statistics* *
* *
*QUALIFICATION HIGHLIGHTS*
Excellent knowledge of Signal Processing, Wireless
Communications, Adaptive Modulation, Channel Estimation, Probability and
Statistics, Applied Mathematics, and Channel coding
Rich experiences in 3GPP L1/L2 specifications across UMTS/LTE/GSM
and expertise in PHY layer signal processing algorithms
More than 4 years of research, development and performance
analysis experience in wireless communications research group
Excellent exposure of wireless communications technologies and
network protocols due to extensive use of these technologies and protocols
in research and performance analysis
Strong foundation on Electrical Engineering with a concentration
in wireless communications
Excellent interpersonal and communication skills
Highly motivated, focused and passionate about research, design,
development and performance analysis
Extremely quick-learner, self-starter and capable of working
either in a team or individually**
* *
* *
*RESEARCH EXPERIENCE (*Graduate Research Assistant, Aug. 2008 – Dec. 2012*)*
*1. **Source-channel cooperation: **Combined source ranking and
cooperative communication strategies*
Developed a strategy for selecting best sensor observations
Combined the source selection with cooperative communication
Designed the system model and simulate the system performance
improvement using MATLAB
*2. **Light Detection and Ranging (LiDAR) and Visual Images
Registration Model: **Comparison of two image registration algorithms*
Analyzed two algorithms for automatic registration of 3D LiDAR
data and visual images**
Compared two algorithms in different scenarios**
Derived criteria to choose between the two methods in different
scenarios **
* *
*3. **Cooperative Communication In Wireless Sensor Network: Random
beamforming technique to build a cooperative communication model in
wireless sensor network*
Developed a novel cooperative communication model and applying
random beamforming technique**
Applied the proposed model in wireless sensor networks and
compare it to V-Blast MIMO
Analyzed the energy efficiency and distortion of the proposed
system in MATLAB
* *
*4. **Pairwise Multiple Description Coding (MDC) using Complex
Transform: D**eveloped a novel source coding algorithm based on the
duality between Space Time Block Coding (STBC) and MDC*
Developed a mathematical expression of the novel algorithm**
Analyzed the redundancy and distortion of the new algorithm
Compared the error and energy performance of the new algorithm
with STBC using MATLAB
*5. **STBC and MDC: **Investigated the duality between STBC and MDC*
Evaluated the mathematical model of two algorithms
Designed a parallel channel model as the comparison scenario
Simulated and evaluated the distortion performance of two
algorithms on the proposed channel model using MATLAB
*SELECTED PUBLICATIONS*
L. Li and K. Namuduri, “*Comparison of Source Diversity and
Channel Diversity Methods On Symmetric and Fading Channels*,” Master’s
Thesis, 2009
L. Li, K. Namuduri, and S.Fu, “*Cooperative Communication Based
on Random Beamforming Technique in Wireless Sensor Network*,” accepted for
presentation in IEEE *Globecom 2012 - Wireless Communications Symposium*, *Dec
2012*.
L. Li, K. Namuduri, and S.Fu, “*Pairwise Multiple Description
Coding using Complex Transform*,” Submitted to *EURASIP Journal on Wireless
Communications and Networking, 2012*.
L. Li, K. Namuduri, and S.Fu, “*An Exploration of Source-Channel
Cooperation in Wireless Sensor Networks*,” Submitted to *IEEE Journal on
Selected Area in Communications: Virtual MIMO, 2012.*
K. Namuduri, Li Li, M. Gomathisankaran, and M. Varanasi, “*The
Chief Security Officer Problem with Cooperating Agents*”, Submitted to *IEEE
ICC 2013 CISS Symposium*.
L. Li, M. Y. Belkhouche, P. Duraisamy, Bill Buckles, K.
Namuduri, and S. Jackson, “*Two Methods for Registering 3D LiDAR Data with
Visual Imagery and Their Performance Comparison*”, Submitted to
*Elsavier **Pattern
Recognition Jounral*, 2012.
L. Li, K. Namuduri, and S.Fu, “*Cooperative Communication Based
on Random Beamforming Techniques In Wireless Sensor Network*,” Submitted to
*IET Wireless Sensor Systems journal*, 2012.
K. Namuduri, L. Li, M. Gomathisankaran, and M. Varanasi, “*The
Chief Security Officer Problem*”, Submitted to *IEEE Transactions on
Wireless Communications*, 2012.
*PROGRAMMING EXPERIENCE*
*Communication protocol between wireless network elements** *
Implemented a communication protocol between wireless network
elements MS (mobile station1), BS1 (Base Station1), BS2 (base station2),
and MSC in C
Simulated handoff call between BS1 and BS2 while MS moving from
BS1 to BS2**
Designed test cases to evaluate the protocol**
*Artificial Intelligence (AI) Game Simulation ** *
Implemented a Connect 4 game and AI algorithms in C++ including
entities like the game board, players, and heuristic functions**
Each player in the game board was encapsulated in one process.
Player processes communicate with each other via UNIX TCP/IP Socket.
Created interfaces for Player objects specified, allowing many different
strategies to be implemented**
* *
*Android Apps** *
Created a spam filter App to intercept all the incoming calls and
based on the domain name, and to log the spam calls into records**
*CERTIFICATE AND PROFESSIONAL ORGANIZATIONS*
IEEE student member
IEEE Communication Society member
*HONORS AND AWARDS*
UNT Scholarship * *Sep 2011 and Sep
2012
USC Scholarship * *
Sep2010
Texas Public Education Grant Sep 2009 and Sep 2010
Academic Achievement Scholarship Sep2009
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