DRAGAN SAMARDZIJA
CV
|
Home Address: Tel:
(732)-393-1472 Email:
dragan.samardzija@ieee.org |
Office
Address:
Tel: (732)-888-7194 Web:
http://www.winlab.rutgers.edu/~samar/ |
EDUCATION:
Ph.D. in Electrical
Engineering, April 2004
WINLAB, Rutgers, the State
MS in
Electrical Engineering, June 2000
WINLAB,
Rutgers, the State
Thesis: “Blind Interference
Cancellation Schemes for DS-CDMA Systems”
G.P.A. 4.0/4.0
BS in Electronics and
Telecommunications, October 1996
Department of Electrical Engineering,
G.P.A. 9.28 (out of 10.00)
- top 3%
EXPERIENCE:
·
MIMO/BLAST project
(theory): detection, estimation and information theoretic aspects of multiple
antenna wireless systems
·
MIMO/BLAST project (practice): chief
architect/designer of MIMO/BLAST and NetworkMIMO testbed
·
Propagation
measurement techniques for spatial and temporal properties of
wireless channels (externally funded project by the DARPA)
·
Real-time prototyping (DSP,
FPGA and RF), design and implementation of physical and MAC layer algorithms
(demonstration of MIMO techniques
for 3G UMTS and HSDPA)
·
Fourth Generation
Intelligent Transparent Networks Enhanced through Space-Time Systems project
(externally funded by the European Union)
Research Assistant, January 1999 - June 2000
Wireless
Information Network Laboratory (WINLAB),
·
Design, simulation and performance
evaluation of statistical signal processing algorithms for wireless CDMA systems
·
Software radio on DSP and FPGA platforms
·
Blind interference cancellation
EXPERIENCE
(continued):
Research Associate, November 1996 - January 1999
Department
of Electrical Engineering,
·
Audio and low bit rate speech compression
(algorithm design and prototyping)
·
Phone-line digital communication systems
(algorithm design and prototyping)
AWARDS AND HONORS:
·
·
·
As
a member of the BLAST project team, a recipient of the 2002 Bell Labs
President's Award
·
Assistantship
at WINLAB, Rutgers, the State
·
National
Fellowship for Talented Students, Novi Sad, Serbia, 1996-1998
CURRENT RESEARCH AND INTERESTS:
· Intercell
coordination and multiuser systems
· Dynamic
spectrum access and cognitive radio
· Detection,
estimation and information theory for multiple-antenna wireless systems
· Channel
state information: availability, low latency feedback and rate distortion
· Real-time
implementations, prototyping and experimental evaluations of different wireless
and digital communication systems
· Computational
complexity and communications: limits introduced by theoretical physics
(thermodynamics) and information theory
· Spatial
and temporal properties of wireless channels and propagation measurements
Journal
1. J. Ling,
D. Chizhik, D. Samardzija, R. Valenzuela, “Peer-to-Peer MIMO Radio Channel
Measurements in a Rural Area”, IEEE Transactions on Wireless Communications,
September 2007
2. D.
Samardzija, N. Mandayam, "Impact of Pilot Design on Achievable Data Rates
in Multiple Antenna Multiuser TDD Systems", IEEE JSAC, Special Issue on
Optimization of MIMO Transceivers, September 2007
3. D.
Samardzija, N. Mandayam, "Unquantized and Uncoded
4. D.
Samardzija,
5. D.
Samardzija, A. Lozano, C. Papadias, "Design and Experimental Validation of
MIMO Multiuser Detection for Downlink Packet Data", EURASIP Journal on Applied Signal Processing,
July 2005
6. D.
Samardzija,
7. A. Burg,
E. Beck, D. Samardzija, M. Rupp, et al., "Prototype Experience for MIMO
BLAST over Third Generation Wireless System", IEEE JSAC on MIMO Systems
and Applications: Part I, April 2003
8. D.
Samardzija, C. Papadias, R. Valenzuela, "Experimental Evaluation of
Unsupervised Channel Deconvolution for Wireless
Multiple-Transmitter/Multiple-Receiver Systems", Electronics Letters IEE,
September 2002
9. D.
Samardzija, N. Mandayam,
10. D.
Samardzija, N. Mandayam,
Conference
1. O. Ileri, D. Samardzija, N.
Mandayam, “Dynamic Property Rights Spectrum Access: Flexible Ownership Based
Spectrum Management”, ", IEEE Symposium on New Frontiers in Dynamic
Spectrum Access (DySPAN), Dublin, 2007
2. D. Samardzija, B. K. Park, O. Boric-Lubecke,
V. M. Lubecke, A. Host-Madsen, T. Sizer , 'Experimental Evaluation of Multiple
Antenna Techniques for Remote Sensing of Physiological Motion", IEEE MTT-S
International Microwave Symposium (IMS), Honolulu, 2007
3. D. Samardzija, H. Huang, R. Valenzuela,
T. Sizer, "An Experimental Downlink Multiuser MIMO System with Distributed
and Coherently-Coordinated Transmit Antennas", IEEE ICC, Glasgow, 2007
4. D. Samardzija, "Some Analogies
Between Thermodynamics and Shannon Theory", Conference on Information Sciences
and Systems (CISS),
5. D. Samardzija, L. Xiao, N. Mandayam,
"Impact of Pilot Assisted Channel State Estimation on Multiple Antenna
Multiuser TDD Systems with Spatial
Filtering", Conference on Information Sciences and Systems (CISS), Princeton,
2006
6. O. Ileri, D. Samardzija, T. Sizer,
7. J. Ling, D. Chizhik, D. Samardzija,
R. A. Valenzuela, "Wideband and MIMO Measurements in Wooded and Open
Areas", IEEE Conference on Antennas and Propagation,
8. O. Boric-Lubecke, V. M. Lubecke, A.
Host-Madsen, D. Samardzija, K. Cheung , "Doppler Radar Sensing of Multiple
Subjects in Single and Multiple Antenna Systems, 7th International Conference
on Telecommunications in Modern Satellite, Cable and Broadcasting Services
(TELSIKS), Nis, 2005
9. D. Chizhik, J. Ling, D. Samardzija,
R. A. Valenzuela, "Spatial and Polarization Characterization of MIMO
Channels in Rural Environment", IEEE Vehicular Technology Conference
(VTC),
10. D. Samardzija, N. Mandayam,
"Unquantized and Uncoded
11. D. Samardzija, O. Boric-Lubecke, A.
Host-Madsen, V. M. Lubecke, T. Sizer, A. D. Droitcour, G. T. A. Kovacs,
"Applications of MIMO Techniques to Sensing of Cardiopulmonary
Activity", IEEE/ACES International Conference on Wireless Communications
and Applied Computational Electromagnetics, Honolulu 2005
12. D. Samardzija, A. Lozano, C.
Papadias, “Experimental Validation of MIMO Multiuser Detection for UMTS
High-Speed Downlink Packet Access”, GLOBECOM 2004,
13. D.
Samardzija, D. Chizhik, N. Mandayam, “Downlink Multiple Antenna Transmitter
Optimization on Spatially and Temporally Correlated Channels with Delayed
14. D.
Samardzija, N. Mandayam, “Unquantized and Uncoded
15. D. Samardzija, N. Mandayam,
"Multiple Antenna Transmitter Optimization Schemes for Multiuser
Systems", the IEEE Vehicular Technology Conference (VTC), Orlando, 2003
16. D. Samardzija, N. Mandayam
"Estimation of Fading Channel Response and System Capacity
Considerations", Conference on Information Sciences and Systems (CISS),
17. D. Samardzija, C. Papadias, R.
Valenzuela, "Experimental Evaluation of Unsupervised Channel Deconvolution
for Wireless Multiple-Transmitter/Multiple-Receiver Systems", GLOBECOM
2001,
18. D. Samardzija, P. Wolniansky, J.
Ling, "Performance Evaluation of the VBLAST Algorithm in W-CDMA
Systems", the IEEE Vehicular Technology Conference (VTC),
19. H. Zheng, D. Samardzija,
"Performance Evaluation of Indoor Wireless System Using BLAST
Testbed", the IEEE Vehicular Technology Conference (VTC),
20. H. Zheng, D. Samardzija, "
Performance Evaluation of Indoor Wireless Video System Using BLAST
Testbed", Conference on Information Sciences and Systems (CISS),
21. D. Samardzija, N. Mandayam, I.
Seskar, "Multistage Blind Interference Cancellation and Channel
Estimation for DS-CDMA Systems", Conference on Information Sciences and
Systems (CISS),
22. D. Samardzija, N. Mandayam, I.
Seskar, "Nonlinear Adaptive Blind Interference Cancellation for DS-CDMA
Systems", the IEEE Vehicular Technology Conference (VTC),
23. D. Samardzija, N. Mandayam, I.
Seskar, "Blind Interference Cancellation for the Downlink of CDMA
Systems", 34th Annual Conference on Information Sciences and Systems
(CISS),
24. Domazetovic, D. Samardzija,
"Implementation of 4880 bps CELP on MASC 3500 DSP", Conference on
Telecommunications ETRAN,
25. D. Samardzija, Z. Lukac, "A
Solution of CELP Encoder at 5.3 kbit/s and 6.3 kbit/s on ITT MASC 3500
Processor", Conference on Telecommunications ETRAN,
26. Z. Lukac, D. Samardzija, M.
Temerinac, "Real-Time Implementation of Low Delay CELP (ITU-T Rec. G.728)
on ITT DSP MAS 3503 C", Conference on Telecommunications ETRAN,
27. D. Samardzija, Z. Lukac, M.
Temerinac, "Real-Time Implementation of QAM Modem on ITT DSP MAS 3503
C", Conference on Telecommunications ETRAN, Zlatibor, Yugoslavia, Jun 1997
28. D. Samardzija, M. Popovic,
"Design of QAM Modem Based on Pattern Recognition Approach",
Conference on Telecommunications ETRAN,
Book chapters
Multiple Antenna Channels: Capacity, Coding and
Signal Processing, edited
by G.J. Foschini and S. Verdu, DIMACS Series in Discrete Mathematics and
Theoretical Computer Science, American Mathematical Society, October 2002
D. Samardzija,
GRANTS:
·
"GOALI:
MIMO Techniques for Remote Sensing of Physiological Motion", granted by
National Science Foundation, December 2004, collaboration between
·
“High Performance Cognitive Radio Platform with
Integrated Physical and Network Layer Capabilities”, granted by National Science
Foundation, September 2004, collaboration between WINLAB (Rutgers University),
Bell Labs, and Georgia Institute of Technology
·
“Fourth Generation
Intelligent Transparent Networks Enhanced through Space-Time Systems
(FITNESS)”, granted by the European Union Information Society Technologies,
2001-2003, collaboration between Bell Labs, Motorola and a number of European
universities
INVITED
TALKS:
·
“Indoor NetworkMIMO Experiment”,
·
“UMTS and HSDPA Technology and Services”, 2nd
Southeastern Europe Broadband Conference Program,
·
“An Experimental Downlink Multiuser MIMO System with
Distributed and Coherently-Coordinated Transmit Antennas”, Heinrich Hertz
Institute,
·
“HSDPA Radio Planning - Training”, TELEFOCAL,
·
“Applications of MIMO Techniques to Sensing of
Cardiopulmonary Activity”
MENTORING/ADVISING:
·
·
Omer
Ileri, internship at Bell Labs, June 2005 – September 2005, external member of
the Ph.D. proposal committee
·
Nabil
Muhamed, Internship at
SERVICES:
·
Reviewer
for IEEE journals and conferences (Transactions on Communications, Transactions
on Wireless Communications, Information Theory, Signal Processing, Vehicular
Technology, Selected Areas in Communications)
·
Session
chairman, “Wireless Communications Systems” Conference on Information Sciences
and Systems, CISS 2001, The Johns Hopkins University, Baltimore, MD, March 2001
REFERENCES AVAILABLE UPON REQUEST