Jack Winters
biography below as a Word Document
JACK
H. WINTERS
(732) 208-5568
Fax: 360 838-0263
EDUCATION:
Ph.D. in Electrical Engineering, The
Thesis: "A Four-Phase Modulation System for use with an
Adaptive Array," 1981.
M.Sc. in Electrical Engineering, The
Thesis: "On the Performance of an
Imperfectly-Implemented Symmetrical
Differential Detector," 1978.
B.S.E.E.,
WORK
EXPERIENCE:
3/02-Present
Jack Winters Communications,
Founder
See http://www.jackwinters.com/
.
Consulting for wireless and optical communication
companies, including Zyray Wireless (acquired by Broadcom) and Blue7
Communications (acquired by Sigma Designs). From 2002-2004 on the Scientific Advisory
Board of Zyray Wireless (acquired by Broadcom).
Former voting member of IEEE802.11 (active in 802.11n
and 802.11s), Technical Editor for the JC-61 subcommittee of the JEDEC standards
organization, and Scientific Council member for the Antenna Centre of
Excellence. See http://www.ist-ace.org/.
Short Course (2-day) instructor for “Smart Antenna
Systems,” through Technology Training Corporation, See http://www.ttcus.com/ .
8/09-Present
Foremay, Inc.,
CTO, co-founder
Technical interface with customers for Foremay’s Solid
State Device (SSD) products. See http://www.foremay.net/
8/09-Present
Stevens Institute of Technology,
Adjunct Professor, Electrical and Computer Engineering
Department
Wireless Communications course
instructor.
See http://www.stevens.edu/
.
3/06-Present
Eigent Technologies,
VP of Systems Engineering,
co-founder
Guide the research and development of Eigent’s wireless
products, including security/encryption for RFIDs under US government contracts.
See http://www.eigent.com/
.
3/02-Present
Motia,
Chief Scientist, Advisory Board
Member
Responsible for the creation and development of Motia’s
smart antenna technology, and for how it is used in the company’s products. In
addition to guiding the development of these products, responsible for
investigating additional uses for Motia’s smart antenna technologies and
ensuring that Motia takes advantage of all relevant technological advances.
Products include a smart antenna, blind RF beamforming IC for 2.4 GHz,
commercialized in the Xterasys Hi-Gain WiFi MIMO
Signal Booster, SAS2800, (see http://www.xterasys.com/product/sas2800.htm
). See http://www.motia.com/
.
8/81-3/02
AT&T Labs-Research,
Division Manager, Wireless Systems Research
Department.
Research on signal processing, modulation, and coding
techniques for communication systems; determining fundamental bounds on
performance, and devising and implementing practical techniques for approaching
these bounds. Specifically:
1) From January 2001 to March 2002, head of department
with 19-32 members performing research focusing on the physical layer of
wireless communication systems. The work of the department
included:
a) Devised and applied techniques (multiple antennas,
equalization) to 802.11 wireless local area networks to extend applications to
outdoors and increase robustness and reliability.
b) Pursued commercial implementation of the above by
creating (currently in the final stages) two spinout
companies.
c) Devised a generic wireless access method for
broadband fixed wireless (working with AT&T Business Services), providing 10
b/s/Hz (2.5 Gbps) at ranges up to 5 miles.
2) Proposed, analyzed, and implemented techniques for
using adaptive (smart) antennas in cellular, indoor, and wideband radio systems.
Led a team effort to implement these techniques at 900 MHz and 2 GHz and
integrate adaptive arrays into existing AT&T systems, and successfully
demonstrated interference cancellation in both cellular and indoor environments.
Worked with AT&T's vendors (Ericsson and Lucent) through AT&T Wireless
Services to incorporate smart antennas into IS-136 base stations (starting in
1999, and now in nearly all IS-136 base stations). Elected IEEE Fellow, as well
as named a New Jersey Inventor of the Year for 2001, for pioneering work in this
area. Obtained more than 10
3) Proposed, analyzed, and implemented signal processing
techniques for Gbps long-haul and undersea lightwave systems. Invented and
demonstrated techniques for adaptive equalization at multi-Gbps data rates,
including adaptive decision feedback equalization, which has been implemented at
10 Gbps on a single decision circuit IC, and linear equalization, for mitigating
the intersymbol interference that limits the achievable data rate in future
systems. Was the first to demonstrate the equalization of polarization mode
dispersion, overcoming a major impediment to higher data rates in lightwave
systems, including the use of adaptive polarization control at 2.5 Gbps.
Obtained 5 U.S. patents (plus foreign equivalents) in this area. Pioneered the
use of EDC (electronic dispersion compensation) in the late 1980’s and
1990’s.
4) Worked in a wide variety of other communication areas
including
a) determined the fundamental limits on ultrasonic
imaging and devised a technique to approach these limits with real time image
processing,
b) proposed and analyzed a technique for rapid signal or
image classification using neural
networks,
c) determined the performance of high-$T sub c$
superconductors in waveguides, showing that the attenuation could be less than
that of optical fibers,
d) proposed and analyzed deghosting techniques for NTSC
and HDTV,
e) proposed and analyzed techniques for congestion
control in high-speed networks,
f) determined the bounds on the performance of
convolutional coding with interference, and
g) proposed and analyzed techniques for optimum topology
and routing design in lightwave networks.
6/77-8/81
ElectroScience Laboratory,
Devised and demonstrated a four-phase modulation scheme
that gives the advantages of spread spectrum with adaptive arrays, without
increasing the signal bandwidth, resulting in increased immunity against
jamming. Showed that with conventional differential detection and intersymbol
interference, frequency uncertainty, or noise correlation, the error rate is
unequal for different symbols, but this difference can be decreased and error
rate reduced by using symmetrical differential encoding or adjusting the
decision boundaries in the receiver.
9/73-9/76
Communications Satellite Corporation,
Determined the carrier frequency and power requirements
for future global satellite systems, including the effect of crosstalk,
intermodulation, etc., and developed software (and documentation) for system
planning.
OTHER
ACTIVITIES AND AWARDS
Fellow, IEEE.
Editor for Equalization and Area Editor for the IEEE Transactions on Communications
since 1992.
The
Outstanding Dissertation for 1981.
The IEEE Vehicular Technology Society's Runner-up VTS
Paper of the Year
Award for 1983.
Fred W. Ellersick Prize Paper Award for best paper in an
IEEE Communications Society magazine in 1993.
IMT-2000 3G
Wireless Technology Conference, 1999
RCR Silver Award.
Former IEEE Distinguished Lecturer for the
Communications Society and for the Vehicular Technology
Society.
Over 60 journal papers, 80 conference papers, and 20
tutorial/seminar presentations, along with 48 issued US patents (plus foreign
equivalents and 7 published pending patents) and 9 trade journal
papers.
BOOK CHAPTERS
1.
“Equalization Techniques for
Mitigating Transmission Impairments in Lightwave Transmission Systems,” (with
Moe Z. Win and Giorgio M. Vitetta) in Optical Fiber Communications IV, Ivan P.
Kaminow and Tingye Li, Eds, San Diego, CA, Academic Press, 2002, vol. 2, ch. 18,
pp. 965-997.
2.
“Beamforming Techniques,” in
Space-Time Wireless Systems: From Array Processing to
MIMO Communications, Helmut Boelcskei,
David Gesbert, and Alle-Jan van der Veen, Eds., Cambridge Press, 2006, ch. 2,
pp. 23-43.
3.
“Preface,” in
Handbook
on Advancements in Smart Antenna.
Technologies
for Wireless Networks, C. Sun, J.
Cheng, and T. Ohira, Eds., Information Science Publishing, July
2008.
JOURNAL
PUBLICATIONS
1.
"Spread Spectrum in
a Four-Phase Communication System Employing Adaptive Antennas," IEEE Trans. on Communications Special Issue
on Spread-Spectrum Communications, May 1982, also in Spread-Spectrum Communications, IEEE
Press, NY, 1983.
2.
"Switched Diversity
with Feedback for DPSK
3.
"Optimum Combining
in Digital Mobile Radio with Cochannel Interference," Special Issue on
4.
"Optimum Combining
for Indoor Radio Systems with Multiple Users," IEEE Trans. on Communications, Nov.
1987.
5.
"A Wireless Network
for Wide-Band Indoor Communications," (with A. S. Acampora) IEEE Journal on Selected Areas in
Communications, June 1987.
6.
"On the Capacity of
Radio Communication Systems with Diversity in a Rayleigh Fading Environment," IEEE Journal on Selected Areas in
Communications, June 1987.
7.
"System
Applications for Wireless Indoor Communications," (with A. S. Acampora) IEEE Communications Magazine, August
1987.
8.
"Signal Acquisition
and Tracking with Adaptive Arrays in the Digital
9.
"Two Signaling
Schemes for Improving the Error Performance of Frequency-Division-Duplex (FDD)
Transmission Systems Using Transmitted Antenna Diversity," (with
10.
"The Impact of
Antenna Diversity on the Capacity of Wireless Communication Systems," (with R.
D. Gitlin and J. Salz), IEEE Trans. on
Communications, April 1994.
11.
"Effect of Fading
Correlation on Adaptive Arrays in Digital Wireless Communications," (with Jack
Salz), IEEE Trans. on Vehicular
Technology, November 1994.
12.
"Spatial-Temporal
Equalization for IS-136 Systems with Rapid Dispersive Fading and Co-Channel
Interference," (with Geoffrey Li and Nelson Sollenberger) IEEE Trans. on Vehicular
Technology,
13.
"Simulation Results
of the Capacity of Cellular Systems," (with Zygmunt Haas and David Johnson), IEEE Trans. on Vehicular Technology,
Nov. 1997.
14.
"A Two-Element
Adaptive Antenna Array for IS-136 PCS Base Stations," (with Carol Martin and Tom
Zhuang), IEEE Communications Letters,
Feb. 1999.
15.
"The Diversity Gain
of Transmit Diversity in Wireless Systems with Rayleigh Fading," IEEE Trans. on Vehicular Technology,
Feb. 1998.
16.
“Signal
Processing For Wireless Communications I [Guest Editorial],
(with
Li, Y.; Liu, K.J.R.; and Andersen,
J.B.), IEEE Journal on Selected Areas in
Communications, vol. 16, issue 8, pp. 1337-1339, Oct.
1998.
17.
“Guest
Editorial Signal Processing For Wireless Communications,” (with Li, Y.; Liu, K.J.R.; and Andersen, J.B.), IEEE Journal on Selected Areas in
Communications, vol. 16, issue 9, pp. 1601-1603, Dec.
1998.
18.
"Upper Bounds on
the Bit-Error Rate of Optimum Combining in Wireless Systems," IEEE Trans. on Communications, Dec.
1998.
19.
"Smart Antennas for
Wireless Systems," IEEE Personal
Communications Magazine, Feb. 1998.
20.
"Equalization in
Coherent Lightwave Systems Using Microwave Waveguides," Journal of Lightwave Technology, May
1989.
21.
"Experimental
Equalization of Polarization Dispersion," (with M. A. Santoro), IEEE Photonics Technology Letters,
August 1990.
22.
"Electrical Signal
Processing Techniques in Long-Haul, Fiber-Optic Systems," (with R. D. Gitlin),
IEEE Trans. on Communications,
September 1990.
23.
"Equalization in
Coherent Lightwave Systems Using a Fractionally Spaced Equalizer," IEEE Journal of Lightwave Technology,
October 1990.
24.
"Dynamical Equation
for Polarization Dispersion," (with C. D. Poole and J. A. Nagel), Optics Letters,
25.
"Adaptive Nonlinear
Cancellation for High-Speed Fiber-Optic Systems, (with
26.
"Techniques for
High-Speed Implementation of Nonlinear Cancellation," (with
27.
"Reducing the
Effects of Transmission Impairments in Digital Fiber Optic Systems," (with R. D.
Gitlin and
28.
"Three-Dimensional
Ultrasonic Vision for Robotic Applications," (with A. S. Acampora) IEEE Trans. on Pattern Analysis and Machine
Intelligence, March 1989.
29.
"Minimum Distance
Automata in Parallel Networks for Optimum Classification," (with C. Rose) Neural Networks, vol. 2,
1989.
30.
"High-$T sub c$
Superconductor Waveguides: Theory and Applications," (with C. Rose), IEEE Trans. on Microwave Theory and
Techniques, April 1991.
31.
"Ghost Cancellation
of Analog TV Signals: With Applications to IDTV, EDTV, and HDTV," (with
32.
"Differential
Detection with Intersymbol Interference and Frequency Uncertainty," IEEE Trans. on Communications, January
1984.
33.
"On Differential
Detection of M-ary DPSK with Intersymbol Interference and Noise Correlation," IEEE Trans. on Communications, January
1987.
34.
"A Two-Element
Adaptive Antenna Array for IS-136 PCS Base Stations," Carol Martin, Tom Zhuang,
and J. H. Winters, IEEE Communications
Letters, March 1999.
35.
“The Range Increase
of Adaptive Versus Phased Arrays in
36.
"Optimum Space-Time
Processors with Dispersive Interference - Unified Analysis and Required Filter
Span," Lek Ariyavisitakul, Inkyu Lee, and J.H. Winters, IEEE Trans. on Communications, July
1999.
37.
"Optimum
Spatial-Temporal Equalization for IS-136 TDMA Systems with Rapid Dispersive
Fading and Co-Channel Interference," Geoffrey Li, Nelson Sollenberger, J. H.
Winters, IEEE Trans. on Vehicular
Technology, July 1999.
38.
"Analysis of Hybrid
Selection/Maximal-Ratio Combining in Rayleigh Fading," Moe Win, and J. H.
Winters,, IEEE Trans. on
Communications, December 1999.
39.
“Joint Equalization
and Interference Suppression for High Data rate Wireless Systems,” (with Lek
Ariyavisitakul and Nelson Sollenberger), IEEE Journal on Selected Areas in
Communications, July 2000.
40.
“MRC Performance
for M-ary Modulation in Arbitrarily-Correlated Nakagami Fading Channels,” (with
Moe Win and George Chrisikos), IEEE
Communications Letters, October 2000.
41.
“Signal Processing
Study for ITRI,” ITRI
42.
“Virtual Branch
Analysis of Symbol Error Probability for Hybrid Selection /Maximal-Ratio
Combining in Rayleigh Fading,” (with Moe Win), IEEE Trans. on Communications, Nov.
2001.
43.
“Improved
Space-Time Coding for MIMO-OFDM Wireless Communications,” (with Rick Blum, Ye
Li, and Qing Yan), IEEE Transactions on
Communications, Nov. 2001
44.
“Improved
Spatial-Temporal Equalization for EDGE: A Fast Selective-Direction MMSE Timing
Recovery Algorithm and Two-Stage Soft-Output Equalizer,” (with Hanks Zeng, and
Ye Li),
IEEE Transactions on
Communications, Dec. 2001.
45.
“On
the Capacity of Cellular Systems with MIMO,” (with Rick Blum and Nelson
Sollenberger),
IEEE Communications Letters,
June 2002.
46.
“Performance
of Dual-Diversity Predetection EGC in Correlated Rayleigh Fading with Unequal
Branch SNRs,” (with Ranjan Mallik and Moe Win), IEEE Transactions on
Communications, July
2002.
47.
“On
Optimum MIMO with Antenna Selection”, (with Rick Blum), IEEE Communications
Letters, Aug. 2002.
48.
“Space-Time-Frequency
(STF) Coding for MIMO-OFDM Systems,” (with Andreas Molisch and Moe Win),
IEEE Communications
Letters,
Sept. 2002.
49.
“MIMO-OFDM
for Wireless Communications: Signal Detection with Enhanced Channel Estimation,”
(with Ye Li and Nelson Sollenberger), IEEE Transactions on
Communications, Sept. 2002.
50.
“Bit
Error Outage for Diversity Reception in Shadowing Environment,” (with Andreas
Conti, Moe Win, and Marco Chiani), IEEE Communications
Letters, Jan
2003.
51.
“Bounds
and Approximations for Optimum Combining of Signals in the Presence of Multiple
Cochannel Interferers and Thermal Noise,” (with Marco Chiani, Moe Win, Alberto
Zanella, and Ranjan Mallik), IEEE Transactions on
Communications, Feb. 2003.
52.
“On
the SNR Penalty of MPSK with Hybrid Selection/Maximal Ratio Combining over
i.i.d. Rayleigh Fading Channels,” (with Moe Win, Norman Beaulieu, Larry Shepp,
and Ben Logan, Jr.), IEEE Transactions on
Communications, June 2003.
53.
“Reduced-Complexity
Transmit/Receive-Diversity Systems,” (with Andreas Molisch and Moe Win),
IEEE Transactions on Signal
Processing
[see also IEEE Transactions on Acoustics, Speech, and Signal
Processing], Nov 2003.
54.
“A
Laguerre Polynomial-Based Bound on the Symbol Error Probability for Adaptive
Antennas with Optimum Combining,” (with Marco Chiani, Moe Win, and Alberto
Zanella), IEEE Transactions on
Wireless Communications, vol. 3, no. 1, pp.12-16,
Jan. 2004.
55.
“When
Will Smart Antennas be Ready for the Market? Part I,” (editor Thomas Kaiser), IEEE Signal
Processing Magazine, vol.
22, issue 2, pp. 87-92, March 2005.
56.
“Reflections on
Industrial Research [Leadership Reflections]”, IEEE Signal Processing Magazine,
vol. 22, issue 4, pp. 6 – 8, July 2005.
57.
“Capacity of MIMO
Systems with Antenna Selection,” (with Andreas Molisch, Moe Win, and Yang-Seok
Choi), IEEE Transactions on Wireless
Communications, vol. 4, no. 4, pp. 1759-1772, July
2005.
58.
“When
Will Smart Antennas be Ready for the Market? Part II – Results,” (editor Thomas
Kaiser), IEEE
Signal
Processing Magazine, vol.
22, issue 6, pp. 174- 176, Nov. 2005.
59.
“Smart Antenna Techniques and Their Application
to Wireless Ad Hoc Networks,” IEEE
Wireless Communications, vol. 13, issue 4, pp. 77-83, Aug. 2006.
60.
“Outdoor IEEE 802.11 Cellular Networks: Radio and
61.
“Optimum
Receiver for a Realistic Transmit–Receive Diversity System in Correlated
Fading,” (with Ranjan K. Mallik, IEEE Transactions on Information
Theory, vol. 54, issue 12, pp. 5456 – 5468, Dec. 2008.
62.
“Capacity and Complexity Trade-offs in
MIMO Analog–Digital Combining Systems,” (with Xin Zhou, Patrick Eggers, and
Persefoni Kyritsi), Wireless
Personal Communications, July 24, 2009.
63.
“Effect of Optical Loss and Antenna
Separation in 2X2 MIMO Fiber-Radio Systems,” (with Andrey Kobyakov, Michael
Sauer, Anthony Ng’oma), IEEE Trans. on
Antennas and Propagation, vol. 58, issue 1, pp. 187-194, Jan.
2010.
Summary: Not available
CONFERENCE
PAPERS
1.
"Reference Signal
Generation for an Adaptive Array in a Four-Phase Communication System," Proc. of the 1980 Adaptive Antenna
Symposium.
2.
"A Four-Phase
Communication System Employing Adaptive Antennas," Proc. of the National Radio Science
Meeting,
3.
"Increased Data
Rates for Communication Systems with Adaptive Antennas," Proc. of ICC '82.
4.
"Optimum Combining
in Digital
5.
"Upper Bounds for
the Bit Error Rate of Optimum Combining in Digital
6.
"On The Performance
of Indoor Wideband Digital Radio Transmission Using Diversity," (with Y. S.
Yeh), Proc. of GLOBECOM
'85.
7.
"Optimum Combining
for Indoor Radio Systems with Multiple Users," Proc. of ICC '87.
8.
"On the Capacity of
Radio Communication Systems with Diversity in a Rayleigh Fading Environment," Proc. of GLOBECOM
'87.
9.
"The Capacity
Increase of Wireless Communication Systems with Antenna Diversity," (with J.
Salz and R. D. Gitlin), Proc. of the
10.
"The Capacity of
Wireless Communication Systems Can Be Substantially Increased by the Use of
Antenna Diversity," (with R. D. Gitlin and J. Salz), Proc. of the 1st International Conference on
Universal Personal Communications, September 1992.
11.
"Adaptive Antennas
for Digital
12.
"Two Signaling
Schemes for Improving the Error Performance of Frequency-Division-Duplex (FDD)
Transmission Systems Using Transmitted Antenna Diversity," (with
13.
"Signal Acquisition
and Tracking with Adaptive Arrays in Wireless Systems," Proc. of the 1993 Vehicular Technology
Conference.
14.
"Effect of Fading
Correlation on Adaptive Arrays in Digital Wireless Communications," (with J.
Salz), Proc. of ICC
'93.
15.
"Upper Bounds on
the Bit Error Rate of Optimum Combining in Wireless Systems," (with J. Salz), IEEE Vehicular Technology Conference,
June 1994.
16.
"The Range Increase
of Adaptive versus Phased Arrays in Mobile Radio Systems," (with Mike Gans), First Workshop on Smart Antennas in Wireless
Mobile Communications, Stanford University, and Asilomar Conference on Systems, Signals, and
Computers, Pacific Grove, CA, 1994.
17.
"The Diversity Gain
of Transmit Diversity in Wireless Systems with Rayleigh Fading," ICC'94.
18.
"Simulation Study
of the Capacity Bounds in Cellular Systems," (with Zygmunt Haas and David
Johnson), PIMRC'94.
19.
"Additional Results
of the Capacity Bounds in Cellular Systems," (with Zygmunt Haas and David
Johnson), GLOBECOM'94.
20.
"High Data Rate
Indoor Wireless Communications Using Antenna Arrays," (with Manny Carloni, Mike
Gans and Reinaldo Valenzuela), PIMRC'95, and IEEE VTS Wireless
Symposium.
21.
"Adaptive Antennas
in Wireless Systems," 1995 Adaptive
Sensor Array Processing Workshop.
22.
"Adaptive Arrays
for Ground-Based
23.
"A Two-Element
Adaptive Antenna Array for IS-136 PCS Base Stations," (with Carol Martin and Tom
Zhuang), UCSD Conference on Wireless
Communications.
24.
"Probability
Density Functions for Polarization Dispersion," (with C. D. Poole and J. A.
Nagel), Proc. of CLEO
'90.
25.
"Experimental
Equalization of Polarization Dispersion,"(with M. A. Santoro), Proc. of CLEO '90.
26.
"Electrical Signal
Processing Techniques in Long-Haul, Fiber-Optic Systems," (with R. D. Gitlin),
Proc. of ISIT '90, and Proc. of ICC '90.
27.
"Equalization in
Coherent Lightwave Systems Using a Fractionally Spaced Equalizer," Proc. of GLOBECOM
'90.
28.
"Constrained
Maximum-Likelihood Detection for High-Speed Fiber-Optic Systems," (with
29.
"Optical
Equalization of Polarization Dispersion," (with Z. Haas, M. A. Santoro, and A.
H. Gnauck), Proc. of SPIE OE/Fibers
'92.
30.
"On the
Experimental Measurement of PMD Effects," (with M. A. Santoro and Z. Haas), Proc. of SPIE OE/Fibers
'92.
31.
"On the Capacity
Bounds in Cellular Systems," (with Z. J. Haas and D. Johnson), Proc. of the Allerton Conference on
Communication, Control, and Computing, 1993.
32.
"Superresolution
for Ultrasonic Imaging in Air using Neural Networks," Proc. of IEEE Int. Conf. on Neural
Networks, 1988.
33.
"On Parallel
Networks for Optimum Classification," (with C. Rose) Proc. of Int. Neural Network Society Annual
Meeting, 1988.
34.
"Ghost Cancellation
of Analog TV Signals: With Applications to IDTV, EDTV, and HDTV," (with
35.
"Congestion Control
by Adaptive Admission," (with Z. Haas), Proc. of INFOCOM
'91.
36.
"Cutoff Rates for
Convolutional Codes on Gaussian Channels Impaired by Peak and Variance
Constrained Interference," (with A. S. Acampora), Proc. of ISIT '85.
37.
"Differential
Detection with Intersymbol Interference and Noise Correlation," Proc. of ICC '84.
38.
"Spatial-Temporal
Equalization for IS-136 Systems with Rapid Dispersive Fading and Co-Channel
Interference," (with Geoffrey Li and Nelson Sollenberger), PIMRC'97, ICC'98.
39.
"Adaptive Arrays in
Cellular Systems," Proc. of
Commsphere'97.
40.
"Optimum
Spatial-Temporal Equalization for Diversity Receiving Systems with Co-Channel
Interference," (with Geoffrey Li and Nelson Sollenberger), ICC'98.
41.
"Forward Link Smart
Antennas and Power Control for IS-136," (with Carol Martin and Nelson
Sollenberger," VTC'98, Smart Antenna
Workshop.
42.
"Sinusoidal
Modeling and Prediction of Fast Fading Processes," (with Simon Hwang), GLOBECOM'98.
43.
"Forward Link Smart
Antennas and Power Control for IS-136: Capacity Increase," (with Carol Martin
and Nelson Sollenberger), GLOBECOM'98.
44.
"Optimum Space-Time
Processors with Dispersive Interference - Unified Analysis and Required Filter
Span," (with Lek Ariyavisitakul and Inkyu Lee), ICC'99.
45.
“Analysis of Hybrid
Selection/Maximal-Ratio Combining in Rayleigh Fading," (with Moe Win), ICC'99.
46.
"Analysis of Hybrid
Selection/Maximal-Ratio Combining of Diversity Branches with Unequal SNR in
Rayleigh Fading," (with Moe Win),
VTC'99.
47.
"Adaptive Antenna
Arrays Using Sub-Space techniques in a Mobile Radio Environment with Flat Fading
and Co-Channel Interference," (with Joe Boccuzzi and Pillai), VTC'99.
48.
"Field Test Results
of Downlink Smart Antennas and Power Control for IS-136," (with Carol Martin and
Nelson Sollenberger), VTC'99.
49.
"Joint Equalization
and Interference Suppression for High Data Rate Wireless Systems," (with Lek
Ariyavisitakul),
VTC'99.
50.
“On Maximal Ratio
Combining in Correlated Nakagami Channels with Unequal Fading Parameters and
SNR’s Among Branches: An Analytical Framework,” (with Moe Win), pp. 1058-1064,
WCNC’99.
51.
“Canonical
Expressions for the Error Probability Performance for M-ary Modulation with
Hybrid Selection/Maximal-Ratio Combining in Rayleigh Fading,” (with Moe Win,
Ranjan Mallik, and George Chrisikos), WCNC’99.
52.
“Error Probability
Performance for M-ary Modulation in Rayleigh Fading using Hybrid
Selection/Maximal-Ratio Combining,” (with Moe Win and George Chrisikos), MILCOM’99.
53.
“Error Probability
Performance for M-ary Modulation in Correlated Nakagami Channels using
Maximal-Ratio Combining,” (with Moe Win and George Chrisikos), MILCOM’99.
54.
“Exact Error
Probability Expression for H-S/MRC in Rayleigh Fading: A Virtual Branch
Technique,” (with Moe Win), pp. 2331-2335, GLOBECOM’99.
55.
“Exact Error
Probability Expressions for MRC in Correlated Nakagami Channels with Unequal
Fading Parameters and Branch Powers,” (with Moe Win), GLOBECOM’99.
56.
“Experimental Nonlinear
Cancellation of Polarization-Mode Dispersion,” (with Julien Poirrier and Alan
Gnauck), OFC’2000.
57.
“Multiple-Input
Multiple-Output (MIMO) Radio Channel Measurements,” (with Carol Martin and
Nelson Sollenberger), VTC’00 Fall, Asilomar2000, SAM Workshop, Antennas and Propagation
Society International Symposium, 2001.
58.
“A Fast MMSE Timing
Recovery Algorithm for Spatial-Temporal Equalization in EDGE,” (with Hanks Zeng
and Geoffrey Li), VTC’00
Fall.
59.
“A 2-Stage
Soft-Output Equalizer for EDGE,” (with Hanks Zeng, Geoffrey Li and H.
Sadjadpour), WCNC’2000.
60.
“Smart
Antennas for the EDGE Wireless TDMA System,” Adaptive Systems for Signal Processing,
Communications, and Control Symposium 2000, pp. 64-69,
61.
“Error Exponents
for the Correlated Nakagami Fading Channel with Maximal-Ratio Combining,” (with
Walid Ahmed, Moe Win, and Peter McLane), IEEE International Symposium on Information
Theory and Its Applications, Honolulu, HI, pp. 968-971, Nov.
2000.
62.
“Tight Simple
Bounds on the Error Probability of Hybrid Diversity Combining,” (with Moe Win,
Norman Beaulieu, Lawrence Shepp, and Benjamin Logan), IEEE International Symposium on Information
Theory and Its Applications, Honolulu, HI, pp. 955-959, Nov.
2000.
63.
“Performance
of Predetection Dual Diversity in Correlated Rayleigh Fading: EGC and
SD,” (with Ranjan Mallik, and Moe
Win), GLOBECOM '00, pp. 932-936, Nov.
27 -1 Dec. 1, 2000.
64.
“Higher
Order Statistics of the Output SNR of Hybrid Selection/Maximal-Ratio
Combining,”
(with Moe Win,
Ranjan Mallik, and George Chrisikos), GLOBECOM '00,
pp.922-926, Nov. 27-1
Dec. 1, 2000.
65.
“Reduced Complexity
Transmit/Receive Diversity Systems,” (with Moe Win and Andreas Molisch), VTC’01 Spring.
66.
“Modeling Wireless
Channel Fading,” (with Bill Turin, Rittwik Jana, and Carol Martin), VTC’01 Fall.
67.
“On Optimum
Combining of Signals in the Presence of Multiple Cochannel Interferers and
Thermal Noise,” (with Marco Chiani, Moe Win, Alberto Zanella, and Ranjan
Mallik), Globecom’01.
68.
“Interference
Estimation with Noisy Measurements in Broadband Wireless Packet Networks,” (with
Kin Leung and Len Cimini), VTC’01
Fall.
69.
“Capacity of MIMO
Systems with Antenna Selection,” (with Andreas Molisch and Moe Win), ICC’01.
70.
“Space-Time-Frequency Coding for MIMO-OFDM Systems,”
(with Andreas Molisch and Moe Win) European Personal
71.
“MIMO Radio Channel
Measurements: Performance Comparison of Antenna Configurations,” (with Carol
Martin and Nelson Sollenberger), VTC’01
Fall.
72.
“On the Capacity of
Cellular Systems with MIMO,” (with Rick Blum and
73.
“Hybrid
Selection/Optimum Combining,” (with Moe Win), VTC’01 Spring.
74.
“Improved
Techniques for 4 Transmit and 4 Receive Antenna MIMO-OFDM for Wireless
Communications,” (with Rick Blum, Q. Yan, and Y. Li), VTC’01 Spring.
75.
“Signal Detection
for MIMO-OFDM Wireless Communications,” (with Y. Li and Nelson Sollenberger), ICC’01.
76.
“Exact
Symbol Error Probability for Optimum Combining in the Presence of Multiple
Co-Channel Interferers and Thermal Noise,” (with Marco Chiani,
Moe Win, and Alberto Zanella), Globecom’01.
77.
“Symbol Error
Probability of High Spectral Efficiency MIMO Systems,” (with Alberto Zanella,
Marco Chiani, and Moe Win), Conference of
Information Science and Systems,
78.
“On
Optimum MIMO with Antenna Selection,”(with Rick Blum), ICC’02.
79.
“A Simple
and Asymptotically Tight Upper Bound on the Symbol Error Probability of Adaptive
Antennas with Optimum Combining,” (with Marco Chiani, Moe Win,
and Alberto Zanella), ICC’02.
80.
“Outdoor
IEEE 802.11 Cellular Networks: MAC Protocol Design and
Performance,” (with Kin Leung, Bruce McNair, and Len Cimini,
Jr.), ICC’02.
81.
“Performance
of Reduced-Complexity Transmit/Receive-Diversity Systems,” (with
Andreas Molisch and Moe Win), 5th International Symposium on
Wireless Personal Multimedia Communications, 2002.
82.
“Efficient
Evaluation of Exact Error Probability for Optimum Combining of M-ary PSK
Signals,” (with Marco Chiani, Moe
Win, and Alberto Zanella), GLOBECOM
'02, pp. 1415-1419, Nov. 17-21, 2002.
83.
“Fast
Algorithms for Antenna Selection in MIMO Systems,” (with Yang-Seok Choi, Andy Molisch, and Moe Win), VTC 2003-Fall, pp. 1733-1737,
84.
“An
Embedded Antenna for
85.
“Optimum
Receiver for a Realistic Transmit-Receive Diversity System,” (with Ranjan K. Mallik),
GLOBECOM’07, pp. 4091 - 4095 Nov. 26-30,
2007.
86.
“MIMO
radio signals over fiber in picocells for increased WLAN coverage,”
(with Andrey
Kobyakov, Dean Thelen, Aravind Chamarti, and Michael Sauer), Conference on Optical
Fiber Communication/National Fiber Optic Engineers Conference (OFC/NFOEC) 2008,
pp.
1-3, Feb. 24-28, 2008.
87.
“Picocells with MIMO and Cell Bonding for WLAN
Systems,” (with Andrey Kobyakov and Michael
Sauer), ICC’09, June 14-18 2009.
88.
“Deterministic Combining for Fading Channels,”
(with Ranjan Mallik), ICC’09,
June 14-18 2009.
PATENTS
1.
"A Wireless PBX/LAN
System with Optimum Combining," Patent
No. 4,639,914, January 1987.
2.
"Wireless Network
for Wideband Indoor Communications," (with A. S. Acampora), Patent 4,789,983,
3.
Ghost Cancellation
of Analog TV Signals," (with
4.
"Fiber Optic
Transmission Distortion Compensation," (with Richard Gitlin, Sanjay Kasturia,
and Bob Swartz), Patent 5,191,462,
5.
"Optical
Communication Network With Passive Monitoring," (with L. G. Cohen), Patent 5,285,305,
6.
"Ternary Data
Communication Using Multiple Polarizations," (with Sanjay Kasturia), Patent 5,299,047,
7.
"Fiber-Optic
Transmission Polarization-Dependent Distortion Compensation," (with Zygmunt Haas
and Mario Santoro), Patent
5,311,346.
8.
"Multiple
Polarization Sensitive Detection Arrangement for Fiber Optic Communications,"
(with Mike Gans and Sanjay Kasturia), Patent 5,388,088.
9.
"Block Radio and
Adaptive Arrays for Wireless Systems," Patent 5,481,570.
10.
"Multichannel
Predistortion Linearizer for Multiple Amplifiers with Multiple Antennas," Patent 5,675,285,
11.
"Adaptive
Communication System and Method Using Unequal Weighting of Interference and
Noise," (with Glenn Golden, Carol Martin and Nelson Sollenberger), Patent 5,819,168,
12.
“Multichannel
Predistortion Linearizer,” Patent
5,862,457,
13.
“Introducing
Processing Delay as a Multiple of the Time Slot Duration,” (with Glenn Golden
and Carol Martin), Patent 5,887,037,
14.
“Orthogonal
Polarization and Time Varying Offsetting of Signals for Digital Data
Transmission or Reception,” (with Mike Gans and Vijitha Weerackody), Patent 5,943,372,
15.
“Methods and
Apparatus for High Data Rate Transmission in Narrowband Mobile Radio Channels,”
(with Carol Martin), Patent
5,960,039,
16.
“Time-Shifted
Weighting for Signal Processing,” (with Glenn Golden, Carol Martin, and Nelson
Sollenberger), Patent 6,014,413,
17.
“Joint Timing,
Frequency, and Weight Acquisition for an Adaptive Array,” (with Glenn Golden),
Patent 6,038,272,
18.
“Time-Varying
Weight Estimation,” (with Israel Bar-David, Glenn Golden, Tom Marzetta, Nelson
Sollenberger), Patent 6,044,120,
19.
“Output Signal
Modification Providing Phase Amplified Information for Soft Decision Decoding,”
(with Glenn Golden and Nelson Sollenberger), Patent 6,125,152, September 26.
2000.
20.
“Subspace Method
for Adaptive Array Weight Tracking,” (with Israel Bar-David and Glenn Golden),
Patent 6,147,985,
21.
“System and Method
to Prevent Error Propagation,” (with Glenn Golden, Carol Martin, and Nelson
Sollenberger), Patent 6,278,752,
22.
“Method and
Apparatus for Enhanced 911 Location Using Power Control in a Wireless System,”
(with Nelson Sollenberger), Patent 6,404,388,
23.
“Method for
Sinusoidal Modeling and Prediction of Fast Fading Processes,” (with Jeng-Kuang
Hwang), Patent 6,505,053,
24.
“Method and
Apparatus for Enhanced 911 Location Using Power Control in a Wireless System,”
(with Nelson Sollenberger), Patent 6,590,533,
25.
“Method for
Sinusoidal Modeling and Prediction of Fast Fading Processes,” (with Jeng-Kuang
Hwang), Patent 6,658,261,
26.
“Methods and Systems for
Spatial Processing,” (with Moe Win), Patent 6,804,312,
27.
“Wireless indoor
communications using antenna arrays,” (with Manuel Carloni, Michael Gans, and
Reinaldo Valenzuela), Patent
6,895,253,
28.
“Methods and
systems for symbol timing recovery,” (with Huaiyu Zeng and Ye Li), Patent 6,970,524,
29.
“Method and
apparatus for enhanced 911 location using power control in a wireless system,”
(with Nelson Sollenberger), Patent
6,972,717,
30.
“Method of
selecting receive antennas for MIMO systems,” (with Yang-Seok Choi, Byoung-Jo
Kim, Andreas Molisch, Moe Win, and Hui Luo), Patent 7,006.810,
31.
“Rate-adaptive
methods for communicating over multiple input/multiple output wireless systems
,” (with Hui Luo and Nelson Sollenberger), Patent 7,058,367,
32.
“MIMO OFDM
system,” (with Ye Li and Nelson Sollenberger), Patent 7,068,628,
33.
“System
and method for selecting a transmission channel in a wireless communication
system that includes an adaptive array,” (with Justin Chuang and
Nelson Sollenberger), Patent 7,133,380,
34.
“RFID system with an
adaptive array,” (with James Wang and Robert Warner), Patent 7,212,116,
May 1, 2007.
35.
“Vehicle mounted satellite antenna embedded within
moonroof or sunroof,” (with James Wang, Robert Warner, and Ming-Yang Yang), Patent 7,227,508, June 5, 2007.
36.
“System and method
for providing a smart antenna,” (with James Wang, and Richard McConnell), Patent 7,257,425, August 14, 2007.
37.
“Wireless communication system using a plurality of
antenna elements with adaptive weighting and combining techniques,” (with James
Wang, Meng Doong, and Chau Yang), Patent
7,260,370, August 21, 2007.
38.
“Method of selecting receive antennas for MIMO systems,”
(with Yang-Seok Choi, Byoung-Jo Kim, Andreas Molisch, Moe Win, and Hui Luo), Patent 7,283,798, October 16,
2007.
39.
“RFIDs embedded
into semiconductors,” (with Robert Warner and Bruce McNair), Patent 7,348,887, March 25, 2008.
40.
“System and method
for channel bonding in multiple antenna communication systems,” (with Severine
Catreux-Erceg, Vinko Erceg, Pieter Roux, and Pieter Van Rooyen), Patent 7,391,832, June 24, 2008.
41.
“System and method
for estimating interference in a packet-based wireless network,” (with Kin
Leung), Patent 7,453,861, November
18, 2008.
42.
“Rate-adaptive
multiple input/multiple output (MIMO) systems,” (with Hui Luo and Nelson
Sollenberger), Patent 7,463,867,
December 9, 2008.
43.
“System and method
for antenna selection,” (with Severine Catreux-Erceg, Vinko Erceg, Pieter Roux,
and Pieter Van Rooyen), Patent 7,483,718, January 27, 2009.
44.
“Weight generation
method for multi-antenna communication systems utilizing RF-based and baseband
signal weighting and combining based upon minimum bit error rate,” (with
Severine Catreux-Erceg, Vinko Erceg, Pieter Roux, and Pieter Van Rooyen), Patent 7,502,432, March 10, 2009.
45.
“System and method
for channel-adaptive antenna selection,” (with Severine Catreux-Erceg, Vinko
Erceg, Pieter Roux, and Pieter Van Rooyen), Patent 7,515,939, April 7, 2009.
46.
“Frequency selective transmit signal weighting for
multiple antenna communication systems,” (with Severine Catreux-Erceg, Vinko
Erceg, Pieter Roux, and Pieter Van Rooyen), Patent 7,535,969, May 19, 2009.
47.
“Weight generation
method for multi-antenna communication systems utilizing RF-based and baseband
signal weighting and combining,” (with Severine Catreux-Erceg, Vinko Erceg,
Pieter Roux, and Pieter Van Rooyen), Patent 7,539,274, May 26, 2009.
48.
“MIMO OFDM system,”
(with Geoffrey Li and Nelson Sollenberger), Patent 7,643,404, January 5, 2010.
PUBLISHED
APPLICATIONS:
1.
“Method and
Apparatus for Reducing Interference in Multiple-Input-Multiple-Output (MIMO)
Systems”, (with Andreas Molisch, Martin Clark, and Huaiyu Dai), Patent
Application 20030214917, November 20,
2003.
2.
“System and method
for RF signal combining and adaptive bit loading for data rate maximization in
multi-antenna communication systems,” (with Severine Catreux, Vinko Erceg,
Pieter Roux, and Pieter Van Rooyen), Patent Application 20050053164, March 10,
2005.
3.
“Method and system
for an adaptive wireless communication system optimized for economic benefit,”
(with Robert Warner and James Wang), Patent Application 20050096058, May 5,
2005.
4.
“RFID system with an adaptive array
antenna,” (with James Wang and Robert Warner), Patent Application 20050128159, June 16,
2005.
5.
“Networked wireless devices for local tracking and
interaction,” (with Robert Warner), Patent Application 20070037568, February 15,
2007.
6.
“Weight Training
For Antenna Array Beam Patterns in FDD/TDMA Terminals,” (with James Wang),
Patent Application 20070178862, August
2, 2007.
7.
“Radio-over-fiber (RoF) wireless picocellular system with
combined picocells,” (with Michael Sauer, Richard Vodhanel, Martyn Easton, and
Aravind Chamarti), Patent Application 20080080863, April 3,
2008.
OTHER
TALKS
1.
"Tutorial on Neural
Networks in Communication Systems: Concepts and Applications," (with S. V.
Kartalopoulos), GLOBECOM '91.
2.
"Tutorial on
Adaptive Antennas and Equalization in Wireless Systems," (with J. Salz), 1993
International Conference on Communications.
3.
"Signal Processing
Techniques for Reducing Transmission Impairments," IEEE Communication Theory
Workshop, April 1989.
4.
"Equalization of
Dispersion in Long-Haul Fibre Optic Transmission," Photonic Communications and
Networking Symposium,
5.
"Adaptive Nonlinear
Cancellation for High-Speed Fiber-Optic Systems," (with
6.
"Three-Dimensional
Ultrasonic Vision for Robotic Applications," (with A. S. Acampora), IEEE
Communication Theory Workshop, 1987.
7.
"Adaptive Antennas
for IS-136," (with Glenn Golden (Lucent)), Smart Antenna
Workshop.
8.
"Smart Antennas for
Cellular Systems," IEEE Communication Theory Workshop.
9.
"Adaptive Antennas
for Cellular Systems," Georgia Tech Symposium, and IEEE AP Section meeting,
10.
"High Data Rate
Indoor Wireless Communications Using Antenna Arrays," IEEE Symposium on
Microwaves for Wireless Communications.
11.
"Adaptive Antennas
for Wireless Systems," tutorials at VTC'97 and Wireless'97, talks at PIERS'97
(with Carol Martin), IRSS'97, IEEE Philadelphia and Arizona Section meetings,
and Graduate seminar at George Mason University.
12.
"Adaptive Antennas
for Wireless Systems," tutorials at ICC'98, MMT'98, GLOBECOM'98, Graduate
seminar at Brooklyn Poly.
13.
"Adaptive Antennas
for TDMA Wireless Systems," tutorial at IEEE Workshop on Smart Antennas,
Villanova.
14.
"Smart Antennas for
CDMA Wireless Systems," The 3rd CDMA International Conference & Exhibition,
15.
"Adaptive Antennas
for Wireless Systems," tutorials at ICC'99, VTC’99, ISCOM’99, NJIT and
16.
“Smart Antennas For
3G Wireless Systems,” IMT-2000 3G Wireless Techn. Conf., 1999 RCR Silver
Award.
17.
“Similarities of
PMD and DMD for 10 Gbps Equalization of Lightwave Channels,” (with Moe Win),
IEEE 802,3ae 10Gb/s Task Force, September 2000 Interim meeting,
18.
“Space-Time
Processing for EDGE,” (with Carol Martin and Lek Ariyavisitakul), Sixth Workshop
on Smart Antennas in Wireless
19.
“Smart Antennas for
Wireless Systems,” Tutorials at VTC’00 Fall, IEEE Antennas and Propagation
Society Conference, IEEE MTT Conference, SAM Workshop, and Filtronics Engineering
Symposium.
20.
“Smart Antennas for
TDMA,” Smart Antenna and TowerTop Electronics Workshop,
21.
“Propagation
Aspects for Smart Antennas,” IEEE Antennas and Propagation Society
Conference.
22.
“Multiple-Input
Multiple-Output (MIMO) Radio Channel Measurements,” (with Carol Martin and
Nelson Sollenberger), APS Int. Symposium 2001.
23.
“Enhancements to
Wireless Local Area Networks,” talks to Georgia Tech, IEEE APS
meeting.
24.
“Smart Antenna
Techniques and Their Application to Wireless Ad Hoc Networks,” PIMRC’05.
25.
“Standardization of
MIMO OFDM,” (with Aon Mujtaba), Tutorial at GLOBECOM’07.
TRADE JOURNAL
ARTICLES:
1.
“Universal smart
antenna front-ends for multiplatform devices,” Portable Design, January 2006.
2.
“Using Smart
Antennas to Correct Wireless' Limitations,” System Design Frontier, September
2005.
3.
“Smart Antennas
Benefit WLANs,” Wireless Design &
Development, November 2005.
4.
“Using Smart
Antennas to Improve
5.
“Understanding
MIMO: Part I,” Wireless Net
DesignLine,
6.
“Understanding
MIMO: Part II,” Wireless Net
DesignLine,
7.
“Q&A,” Wireless IQ,
8.
“802.11n throttles
up WLAN throughput,” Network World,
9.
“Applying Smart
Antennas to Wireless Systems: Adaptive Array or Multibeam Antennas? Well,
It Depends...,” Antenna Systems &
Technology,