Tuesday,
10/12/10
7:30 AM Registration |
8:00
AM - 12:00 Noon Tutorial Session I |
8:00 |
Antenna
Array Digital Beam Forming
Dr. Hans Steyskal, Consultant, AFRL
Location: Eden Vale Ballroom B
|
8:00 |
Advanced
Radar Digital Signal Processing
Dr. John Ball, Naval Surface Warfare
Center
Location: Eden Vale Ballroom C
|
8:00 |
Phased
Array Radar Trade-Offs; Performance-Driven Specifications;
and “Back-of-the-Envelope” Performance Estimation
Mr. Thomas W. Jeffrey, Raytheon
Location: Emerson Room |
8:00 |
T/R
Module Design and Calibration
Dr. William H. Weedon, Applied Radar, Inc.
Dr. Leonard Johnson, MIT Lincoln Laboratory
Dr. Douglas J. Carlson, M/A-COM Technology Solutions
Location: Lincoln Room |
| 9:30
AM - 3:30 PM Student Tutorial followed by Student Lunch |
10:00 |
Snoopy on Arrays, and
Einstein Duality’s Theory
Dr. Eli Brookner, Raytheon
Location: Alcott Room (Mezzanine) |
11:30 |
Student Luncheon with
Mentors, Student Poster Session
Location for lunch: Concord Room
Student posters will be displayed in the upper foyer |
1:30
- 2:20 PM Introduction and Keynote
Location: Eden Vale Ballroom B & C
|
1:30 |
Introduction
Mark E. Russell, Conference General Chair, Raytheon
Company |
1:45 |
Keynote
Speaker
Dennis J. Picard, Chairman
Emeritus, Raytheon Company |
2:15 |
Introduction
to Technical Program
Dr. Alan J. Fenn, Technical
Program Chair, MIT Lincoln Laboratory |
|
2:20
- 5:50 PM Session 1: Plenary Session
Location: Eden Vale Ballroom B & C
Session Chair: Eli Brookner, Raytheon
|
2:20 |
Micro-coaxial
Micro-fabricated Feeds for Phased Array Antennas
Prof. Zoya Popovic, University of Colorado |
2:40 |
AMSAR - A France-UK-Germany
Success Story in Active-array Radar
Dr. Jean-Luc Milin, DGA Information
Superiority |
3:00 |
Progress of
Phased Array Systems in Japan
Dr. Isamu Chiba, Mitsubishi Electric
Corporation |
3:20 |
BREAK |
3:50 |
Million Element
ISIS Array
Mr. Tim Clark and Dr. Esko Jaska, DARPA/STO
(to be presented by Dr. Brent Appleby, DARPA/STO Deputy Director) |
4:10 |
Gap Free CONUS
Surveillance using Dense Networks of Short Range Radars
Prof. David McLaughlin, UMass Amherst
|
4:30 |
Phased Array
Systems and Technologies in SELEX-Sistemi Integrati: State
of Art and New Challenges
Dr. A. Farina, Selex, Italy |
4:50 |
Programs at
MDA
Mr. Fred McKeen, Missile Defense Agency,
MDA, on leave from Georgia Tech |
5:10 |
Digital Array
Radar (DAR)
Prof. William J. Chappell, Purdue University |
5:30 |
Never Ending
Saga of Phased Array Breakthroughs
Dr. Eli Brookner, Raytheon |
| 6:30
- 8:30 PM WIE and Symposium Welcome Reception |
6:30 |
Women
In Engineering and Symposium Welcome Reception
Keynote Address: Prof. Barbara
Liskov
Location: Eden Vale Ballroom B & C |
Wednesday, October
13
7:30 AM Registration
|
8:00
- 12:00 Noon Poster Session 1
7:30 - 8:00
AM Setup :: 8:00 - 12:00 Posters :: 12:00
- 12:30 Tear Down
Location:
Upper Foyer |
The Fundamental Input/Output
Structure of a Linear, Time-Varying Array Receiver
Jeffrey Coleman, Naval Research Laboratory
Kinematic and Geometric Constraints on the Observations
of the Transmitted Beam from a Moving Phased Array
Richard Fauconier, Raytheon
Ultrawideband VHF/UHF Dipole Array Antenna
Alan Fenn, MIT Lincoln Laboratory
Algorithms for Mitigation of Impulsive Interference
by Adaptive Cancelation in Phased Array Radar Applications
Daniel Marshall, Raytheon
Nonlinear Kalman Filtering for Self-Calibration of
Airborne Arrays
Renjian Zhao, Raytheon
Efficient Phased Array Calibration and Characterization
Based on Orthogonal Coding: Theory and Experimental Validation
Erik Lier, Lockheed Martin Commercial Space Systems
Grating Lobe Reduction in a Limited Scanning Digital
Beamforming Array through Superstrate
Wei-Xing Sheng, Nanjing University of Science and Technology
Analog Beamspace Super-Resolution Radar Processing
Kai-Bor Yu, Lockheed Martin MS2
Some Theoretical Experimental Results on Compact
Ka-Band Active Phased Array Antenna
Salvatore Cimmino, MBDA Italia
Parameter Estimation of Moving Target Based on Linearly
Constrained Space-Time Adaptive Monopulse Technique
Renbiao Wu, Civil Aviation University of China
|
1:00
- 5:00 PM Poster Session 2
12:30 - 1:00 PM Setup ::
1:00 -
5:00 PM Posters :: 5:00 - 5:30 Tear Down
Location: Upper Foyer |
An Experimental Study of
Acoustic Distributed Beamforming Using Round-Trip Carrier
Synchronization
D. Richard Brown III, WPI ECE Dept.
Optimized Amplitude Taper for a Linear Array of Multiple
True-Time-Delay Beams
Junwei Dong, Microwave Engineering Corporation
EVM Performance Evaluation of Array Channels' Amplitude
and Phase Errors for DBF Phased Array Antennas
Huali Wang, Institute of Communications Engineering, PLAUST
Genetic Algorithms based Pattern Correction with
Array Elements' Failure
Huali Wang, Institute of Communications Engineering, PLAUST
ADS-Based Y-Shaped Arrays for Interferometry and
Radio Astronomy Applications
Giacomo Oliveri, DISI, University of Trento, Italy
Analysis of a Novel MIMO System for Security Applications
Francesco Belfiori, Delft University of Technology, The Netherlands
Bandwidth Assignment for Target Tracking in Coherent
Distributed Aperture Radar Networks
Leonid Naimark, Applied Radar, Inc.
Strict Analysis of Scattering Characteristics of
Van Atta Electromagnetic Reflector's 2D Model
Alexander Yukhanov, CQG, Inc.
A Cognitive Beamforming Array
Yikun Huang, Montana State University
Array Antenna Pattern Synthesis Using Measured Active
Element Patterns and Gram - Schmidt Orthogonalization
Erdinc Ercil, ASELSAN |
|
Session
2: Array Design I
Location: Eden Vale Ballroom B
Session Chairs: Ellen J. Ferraro, Raytheon; Neil Chamberlain,
Jet Propulsion Laboratory/California Institute of Technology |
8:00 |
Phase-Only
Tapers for Regular Planar Arrays, a Heuristic Nonlinear-FM
Approach
Jeffrey Coleman, Naval Research Laboratory
|
8:20 |
Phased
Array Flatness Effects on Antenna System Performance
Elena Zaitsev, Technology Service Corporation |
8:40 |
Anomalous
NFR Grating Lobes and Leakage Beams: Causes and Solutions
Joseph Mulcahey, Raytheon |
9:00 |
A
Novel Phase-Only Excitation Law for Omnidirectional Arrays
Giovanni Toso, European Space Agency,
European Space Research and Technology Center |
9:20 |
Antenna
Array Pattern Synthesis with Maximum Directivity and Upper
Bound on Side Lobe Level
Giovanni Petraglia, MBDA Italia |
9:40 |
Efficient
Beam Pointing Algorithm for Phased Arrays with Low Phase Shifter
Control
Matteo Ciattaglia, Selex Sistemi Integrati
S.p.A. |
10:00 |
BREAK |
10:30 |
Geodesic
Dome Phased Array Antenna (GDPAA) Advanced Technology Demonstration
Overview and Results
Monte Henderson, Ball Aerospace and
Technologies Corporation |
10:50 |
RF
on Flex Tile for L Band Phased Arrays
Anthony Jacomb-Hood, Lockheed Martin
Commercial Space Systems |
11:10 |
Accurate
Insertion Loss Measurements of the Juno Patch Array Antennas
Neil Chamberlain, Jet Propulsion Laboratory,
California Institute of Technology |
11:30 |
Low-Profile
Ultra-Wide Band Antenna Array Element Suitable for Wide Scan
Angle and Modular Subarray Architecture
Leopoldo Infante, Selex - Sistemi Integrati
S.p.A. |
11:50 |
Closed Form Expression
for Antenna Patterns of the Variable Inclination Continuous
Transverse Stub
Brad Porter, Raytheon
|
Session
3: Radar I
Location: Eden Vale Ballroom C
Session Chairs: Bill Weedon, Applied Radar; Ollie Allen, NAVAIR |
8:00 |
Electronic
Protection for Digital Shared Aperture Array Radar
Earl Turner, Lockheed Martin |
8:20 |
Light
Weight Digital Array SAR
Matern Otten, TNO Defense, Security
and Safety |
8:40 |
CASA
Phase-Tilt Radar System - A Phased Array Weather Radar System
Architecture
Anthony Hopf, University of Massachusetts |
9:00 |
Development
of a Low-Cost, Man-Portable, Phased Array X-Band Radar
Douglas Bajgot, Cobham |
9:20 |
System
Considerations for Passive Radar with GSM Illuminators
Ulrich Nickel, Fraunhofer Institute
for Communications, Information Processing and Ergonomics
(FKIE) |
10:00 |
BREAK |
10:30 |
Cognitive
Phased-array Radar for Target Tracking
Simon Haykin, McMaster University |
10:50 |
Temporal
Phased Arrays for Radar
Howard Zebker, Stanford University |
11:10 |
Scanning
Performance of the CASA Phase-Tilt Radar Antenna Array
Jorge Salazar, University of Massachusetts |
11:30 |
Electronic
Scan Principle for Weather Radars: Space-time Characterization
Model
Cuong Nguyen, Colorado State University
|
Session
4: Special Session - T/R Modules
Location: Emerson Room
Session Chairs: Ron Gyurcsik, Raytheon; Nicholas Kolias, Raytheon |
8:00 |
Digital Beamforming
Using Highly Integrated Receiver on Chip Modules
Matthew Longbrake, Air Force Research
Laboratory, Wright-Patterson AFB
|
8:20 |
A Full-Duplex,
Multi-Channel Transmit/Receive Module for an S-Band Satellite
Communications Phased Array
Sarjit Bharj, Princeton Technology
Microwave, Inc. |
8:40 |
Development
of an X-band Phased Array Antenna Using Multilayer Circuit
Board Architecture
Will Theunissen, Lockheed Martin |
9:00 |
AESA Physical
Architectures
Craig McCordic, Raytheon |
9:20 |
Low-Loss, MEMS
Based, Broadband Phase Shifters
John Maciel, Radant MEMS, Inc. |
9:40 |
A Silicon-based,
All Passive, 60GHz, 4-Element, Phased-Array Beamformer Featuring
a Differential, Reflection-Type Phase Shifter
Alberto Valdes-Garcia, IBM T.J. Watson
Research Center |
10:00 |
BREAK |
10:30 |
Low Noise, Low
Power Dissipation mHEMT-based Amplifiers for Phased Array
Applications
Paul Blount, Custom MMIC Design Services
|
10:50 |
T/R Module for
CASA Phase-Tilt Radar Antenna Array
Rafael Medina, University of Massachusetts |
11:10 |
Transmit/Receive
Module Technology and Related Multi-Function Active Radars
(MFARs) in Selex-Sistemi Integrati
Marco Tarantino, Selex-Sistemi Integrati |
11:30 |
Highly Dense
Microwave and Millimeter-Wave Phased Array T/R Modules and
Butler Matrices Using CMOS and SiGe RFICs
Gabriel Rebeiz, The University of California,
San Diego |
12:00 |
X-Band Transmit/Receive
Module MMIC Chip-Set Based on Emerging GaN and SiGe Technologies
Diego Carosi, SELEX Sistemi Integrati |
Session
5: Beamforming/Calibration I
Location: Cambridge Room
Session Chairs: Herbert M. Aumann, MIT Lincoln Laboratory; Lihyeh
Liou, Air Force Research Laboratory |
8:00 |
A Quantitative
Analysis of How Phase Errors Affect the Beam Quality of Phased
Arrays
Sascha Schediwy, University of Oxford
|
8:20 |
Some Design
Considerations for DBF Phased Array 3D Radar System
Ting Shu, Shanghai Jiao Tong University
|
8:40 |
Algorithm for
the Signal-to-Noise Computation for Phased Array Calibration
Measurements
Victor Sinyansky, Raytheon |
9:00 |
Digital Wideband
Phased Array Calibration and Beamforming Using Time Reversal
Technique
Lihyeh Liou, AFRL/RYDR |
9:20 |
Accurate Antenna
Pattern Modelling for Spaceborne Active Phased Array Antennas
Markus Bachmann, German Aerospace Center
(DLR), Microwave and Radar Institute |
9:40 |
Overlapped Subarray Technology for
Array Antennas Implemented with a Low Index Metamaterial Lens
Erik Lier, Lockheed Martin Commercial Space Systems |
Session
6: Measurements/Testing
Location: Lincoln Room
Session Chair: Mike Sarcione, Raytheon |
8:00 |
Phased Array
Calibration and Diagnostics Utilizing a Student-Built Planar
Near-Field System
John T. Logan, III, University of Rhode Island, USA, Applied
Radar, Inc., USA |
8:20 |
Assembling,
Calibrating and Testing a Phased Array in Two Separate Halves
Benjamin Caplan, Raytheon |
8:40 |
A Bipolar Planar
Near-Field Measurement System for Compact Millimeter-wave
Antenna Arrays
Timothy Brockett, University of California |
9:00 |
In Situ Array Antenna Diagnosis using
Microwave Circular Holography
Jean-Jacques Nicolas, NAMSA Capellen, Luxembourg |
9:20 |
Antenna Array
Diagnostics In Situ: Experimental Results Using Microwave
Circular Holography
Jean-Jacques Nicolas, NAMSA Capellen,
Luxembourg |
9:40 |
Automated System
for Measurement and Characterization of Planar Active Array
Miguel Salas Natera, Universidad politecnica
de Madrid, Grupo de Radiacion |
Luncheon
12:20 - 1:30
Various Locations: Cambridge Room, Lincoln Room, Concord Room
(Basement) |
|
Session
7: Radar II
Location: Eden Vale Ballroom B
session Chairs: Duane Matthiesen, Technia Consulting; Eli Brookner,
Raytheon |
1:30 |
Efficient
Beam Scanning, Energy Allocation, and Time Allocation for
Search and Detection
Duane Matthiesen, Technia Consulting,
USA |
1:50 |
Analyzing
SAR Ambiguities in the u-v Plane
Mark Leifer, Ball Aerospace and Technologies
Corporation |
2:10 |
Design
of a Pattern Null Reconfigurable Antenna
Siwen Yong, University of Illinois |
2:30 |
The
DESDyn1 Synthetic Aperture Radar Array-Fed Reflector Antenna
Neil Chamberlain, Jet Propulsion Laboratory,
California Institute of Technology |
2:50 |
Polarimetric
Phased Array Radar: Conformal Concepts for Antenna Cross-polarization
Isolation
Michele Galletti, NOAA-NSSL |
3:10 |
An
S-band Ultrawideband Time Reversal-based RADAR for Imaging
in Cluttered Media
Lucio Bellmomo, Universite du Sud Toulon-Var,
France |
3:30 |
BREAK |
4:00 |
Mode-Selective
Over-the-Horizon Radar: Experimental Results for One-Way Transmission
Gordon Frazer, ISR Division, DSTO,
Australia |
4:20 |
MIMO
Radar Joint Estimation of Target Location and Velocity with
Multi-subcarrier Signals
Min Jiang, Northwestern Polytechnical
University, China |
Session
8: Array Design II
Location: Eden Vale Ballroom C
Session Chairs: David C. Mooradd, MIT Lincoln Laboratory; Deb
Chatterjee, University of Missouri |
1:30 |
Source-Proximity Limitations
in High-Frequency Code Solvers for Modeling Conformal Cylindrical
Arrays
S.D. Walker, University of Missouri,
Kansas City, USA
Deb Chatterjee, University of Missouri, Kansas City, USA
|
1:50 |
Self Tapered Array Lattice
for High Efficiency Transmit and Receive Applications
Andy Shroyer, Ball Aerospace and Technologies
Corporation
|
2:10 |
Demonstration of Accurate Prediction
of PAVE PAWS Embedded Element Gain
Eli Brookner, Raytheon
|
2:30 |
Digital Beamforming in a Large
Conformal Phased Array Antenna for Satellite Operations Support
- Architecture, Design and Development
Hoon Ahn, Wireless Technology Associates,
Inc.
|
2:50 |
Detection in Collision Avoidance
Radar Using Active versus Passive Phased Arrays
Amir Zaghloul, Virginia Polytechnic
Institute and State University
|
3:10 |
Finite Element Analysis of
Phased-Array Antennas
Jianming Jin, University of Illinois
|
| 3:30 |
BREAK |
4:00 |
Design Aspects and Pattern
Prediction for Phased Arrays with Subarray Position Errors
Maria Lanne, Saab Microwave Systems,
Sweden
|
4:20 |
SAGE and Maximum Entropy Algorithmic
Comparison for Adaptive Antenna Array Calibration
Ingenieria y Servicios Aeroespaciales
|
4:50 |
A Novel Edge Wall Waveguide
Slot Antenna
Doganay Dogan, Middle East Technical
University, Turkey
|
Session
9: Wideband and Multifunction I
Location: Emerson Room
Session Chairs: Jeffrey S. Herd, MIT Lincoln Laboratory; J.J.
Lee, Raytheon |
1:30 |
Low Cost
Multifunction Phased Array Radar Concept
Jeffrey Herd, MIT Lincoln Laboratory
|
1:50 |
Concurrent Multifunction Transmit
and Receive Applications with Dynamic Filtering
Trevor Snow, Purdue University
|
2:10 |
Low-Profile Wideband Phased
Array Antenna with Integrated Balun
Justin Kasemodel, The Ohio State University
|
2:30 |
Multi-Functional Broadband
Arrays for UHF through S-Band Electronic Warfare
Dejan Filipovic, University of Colorado
|
2:50 |
A Wide
Band Low Profile Dual-pol "Thumbtack" Array
J.J. Lee, Raytheon Space and Airborne
Systems
|
3:10 |
Design
and Modeling of Finite and Low-Profile, Ultra-Wideband Phased-Array
Antennas
Douglas Riley, Northrop Grumman Corporation
|
3:30 |
BREAK |
4:00 |
Scalable
Multifunction RF System Concepts for Joint Operations
Matern Otten, TNO Defense, Security
and Safety
|
4:40 |
Performance
Study of an Ultra Wideband Multifunction Phased Array
Mario LaManna, SELEX Sistemi
Integrati |
Session
10: Communications Systems
Location: Cambridge Room
Session Chairs: Stephen D. Targonski, MIT Lincoln Laboratory;
Alan Rohwer, Raytheon |
3:00 |
Iridium
Main Mission Antennas - A Phased Array Success Story and Mission
Update
Alan Rohwer, Raytheon |
3:20 |
Design
and Implementation of a Low Cost Adaptive Antenna System for
Mobile Satellite Communication
Pedram Mousavi, Intelwaves Technologies,
LTD, Canada |
3:40 |
L-Band
Phased Array for Maritime Satcom
Matthias Geissler, IMST, GmbH, Germany |
4:00 |
A
Discrete Aperiodic Active Lens for Multibeam Satellite Applications
Giovanni Toso, European Space Agency,
The Netherlands |
4:20 |
Printed
Antenna for Satellite Communications
Manuel Sierra-Perez, Universidad Politecnica
de Madrid, Spain |
4:40 |
Dual
and Single Aperture Ku-Band Transmit/Receive Hybrid Phased
Array
Stefano Vaccaro, JAST SA |
Session
11: MIMO Array Systems
Location: Lincoln Room
Session Chairs: Shakti K. Davis, MIT Lincoln Laboratory; Gregory
Charvat, MIT Lincoln Laboratory |
3:00 |
An
Ultrawideband (UWB) Switched-Antenna-Array Radar Imaging System
Gregory Charvat, MIT Lincoln Laboratory
/ Michigan State University USA |
3:20 |
Real-time
Through-wall Imaging Using an Ultrawideband Multiple-Input
Multiple-Output (MIMO) Phased Array Radar System
Tyler Ralston, MIT Lincoln Laboratory,
USA |
3:40 |
MIMO
Polarization Diversity Antenna with Ultra-wide Bandwidth and
Small Size
Paul Elliott, The MITRE Corporation,
USA |
4:00 |
Beam
Pattern Optimisation for Sub-Arrayed MIMO Radar for Large
Arrays
David Wilcox, Queen's University of
Belfast, Ireland |
4:20 |
MIMO
Radar for Sense and Avoid for UAV
Stephane Kemkemian, Thales Airborne
Systems, France |
2010 IEEE International
Symposium on Phased Array Systems & Technology
Reception and Banquet
6:00 - 7:00 PM Reception
Location: Lower Foyer
7:00 - 10:00 PM
Banquet
Location: Eden Vale Ballroom B&C
|
Thursday,
October 14
7:30 AM Registration
|
8:00
- 12:00 Noon Poster Session 3
7:30 - 8:00
AM Setup :: 8:00 - 12:00 Posters :: 12:00
- 12:30 Tear Down
Location:
Upper Foyer |
Wideband Multi-beam Photonics-based
Beamformer
Yanyan Liu, Agiltron Incorporation
Broadband Planar Traveling-Wave Arrays (TWA) with
2-D Elements
Johnson J.H. Wang, Wang Electro-Opto Corporation (WEO)
DOA Estimation Using Cross-Correlation Matrix
Heng-Ming Tai, University of Tulsa
Low-Profile Dual-Polarized UHF Array Antenna
Alan Fenn, MIT Lincoln Laboratory
Platform Effects, Convex Programming and Adaptive
Beamforming in The Synthesis of Passive Coherent Location
Radar Array
Michele D'Urso, SELEX-Sistemi Integrati, Italy
Linear Phase Shifter Modeling and Simulation: Confirmation
of Experimental Characterization
Mohamed Ould Elhassen, CIRTACOM, SUPCOM, Tunisia
Ka-band Hybrid Phase Shifter for Analog Phase Shift
Range Extension using 0.13-um CMOS Technology
Won-Gyum Kim, Guang-Ju Institute of Science and Technology,
Republic of Korea
Photonics for Phased Array Systems
Ed Ackerman, Photonics Systems, Inc.
Fast Analysis of Conformal Aperiodic Arrays on CPUs
and GPUs
Angelo Liseno, Universita di Napoli Federico II, Italy |
1:00
- 5:00 PM Poster Session 4
12:30 - 1:00 PM Setup ::
1:00 -
5:00 PM Posters :: 5:00 - 5:30 Tear Down
Location: Upper Foyer |
Efficient Approach for
Fast Synthesis of Phased Arrays with the Aid of a Hybrid Genetic
Algorithm and a Smart Feed Representation
Artem Boriskin, Institute of Radiophysics & Electronics
NAS Ukraine
Array Factor Approximation Using Physical Optics
and Simple Line Integration
Douglas Colvin, Raytheon
The Application of an extended 3D Deterministic Approach
to Signal Estimation using 2-D Array
Xiaomin Lin, Dept. of Electrical Engineering & Computer
Science, Syracuse University
STAP Compensation Technique Based on Homomorphic
Filtering in GPS
Rulan Xu, Civil Aviation University of China
Design on Uniform Aperture Field Distribution of
Slit Array Planar Antenna Consisting of Copper-foil-coated
Dielectric Substrate by Taking Account of Slab Modes at 60
GHz
Futoshi Kuroki, Kure National College of Technology, Japan
|
|
Session
12: Special Session on Widefield Radio Astronomy Arrays
Location: Eden Vale Ballroom B
Session Chairs: Wim van Cappellen, ASTRON; Jonathan P. Towle,
Raytheon |
8:00 |
Wideband
Planar Phased Arrays for the Square Kilometre Array
David Zhang, University of Manchester,
USA |
8:20 |
Design and Implementation
of the MWA Antenna Tile and Beamformer Subsystem
Colin Lonsdale, Massachusetts Institute of Technology,
USA |
8:40 |
Active
Impedance Matching, Calibration, and Interference Mitigation
for the BYU/NRAO L-Band Phased Array Feed
Karl Warnick, Brigham Young University,
USA |
9:00 |
Development
of Cryogenic Phased Array Feeds for Radio Astronomy Antennas
Roger Norrod, National Radio Astronomy
Observatory, USA |
9:20 |
Development
of an Astronomy-Ready Phased-Array Feed
Bruce Veidt, National Research Council,
Government of Canada |
9:40 |
The
LOFAR Phased Array Telescope System
Andre Gunst, ASTRON, The Netherlands |
10:00 |
BREAK |
10:30 |
APERTIF:
Phased Array Feeds for the Westerbork Synthesis Radio Telescope
Wim van Cappellen, ASTRON |
10:50 |
Phased
Array Feed Testing for Astronomy with ASKAP
Aaron Chippendale, CSIRO Astronomy
and Space Science, Australia |
Session
13: Beamforming/Calibration II
Location: Eden Vale
Ballroom C
Session Chair: Peter T. Hurst, MIT Lincoln Laboratory |
8:00 |
Integrated
Eight Element Ku Band Transmit/Receive Beamformer Chipset
for Low-Cost Commercial Phased Array Antennas
Karl Warnick, Brigham Young University |
8:20 |
A
Novel Phase-Shifterless Beam Steering Method for RF Phase
Arrays Using Monolithic 1-D Coupled-VCOs with Integrated MOSFET
Switches
Donald Lie, Texas Tech University |
8:40 |
Spread
Spectrum Digital Beamforming (SSDBF) Radar
Marcos Bergamo, Applied Radar, Inc. |
9:00 |
Electronically
Reconfigurable Aperture (ERA): A New Approach for Beam-Steering
Technology
Vladimir Manasson, Sierra Nevada Corporation |
9:20 |
High-Performance
Signal Processing for Phased Arrays in Radio Astronomy: Implementing
Beamforming Algorithms on Massively Multicore Array Processors
Richard Armstrong, University of Oxford |
9:40 |
A
Digital Broadband Beamforming Architecture for 2-PAD
Richard Armstrong, University of Oxford |
10:00 |
BREAK |
10:30 |
OSKAR:
Simulating Digital Beamforming for the SKA Aperture Array
Benjamin Mort, University of Oxford |
10:50 |
Precise
Calibration Techniques for Complex SAR Systems Based on Active
Phased Array Antennas
Marco Schwerdt, German Aerospace Center
(DLR), Microwaves and Radar Institute |
11:10 |
Active
Reconfigurable Reflectarray based on Voltage-controlled Oscillators
Apostolos Georgiadis, Centre Tecnologic
de Telecomunicacions de Catalunya |
Session
14: Special Session on Overlapped Subarrays and Non-Regular
Arrays
Location: Emerson
Room
Session Chairs: Robert J. Mailloux, University of Massachusetts-Amherst;
Giovanni Toso, European Space Agency |
8:00 |
Nature-Inspired
Techniques for the Synthesis of Aperiodic Ultra-Wideband Phased
Arrays
Douglas Werner, The Pennsylvania State
University |
8:20 |
Results
of X-Band Electronically Scanned Array Using an Overlapped
Subarray Architecture
Sean Duffy, MIT Lincoln Laboratory |
8:40 |
A
Combined Amplitude-Density Synthesis Approach for the Design
of Linear Aperiodic Arrays
Giovanni Toso, European Space Agency,
European Space Research and Technology Center |
9:00 |
Grating
Lobe Suppession in Phased Arrays Composed of Identical or
Similiar Rectangular Subarrays
Yury Krivosheev, Moscow Institute of
Physics and Technology |
9:20 |
Shaping
of the Flat-Topped Element Patterns in Arrays of Stepped Horns
with Dielectric Protrusions Excited by TEM Waves
Sergei Skobelev, Radiophyzika |
9:40 |
Analytic
Techniques for the Design of Non-Regular Arrays
Andrea Massa, DISI, University of Trento,
Italy |
10:00 |
BREAK |
10:30 |
Array
Aperture Design Using Irregular Polyomino Subarrays
Robert Mailloux, University of Massachusetts
Amherst |
10:50 |
On
the Importance of Sub-array Design in the Suppression of Undesirable
Grating Lobes
Yahya Rahmat-Samii, University of California |
11:10 |
Floquet
Model Based Analysis of Interlaced Subarrays
Arun Bhattacharyya, Northrop Grumman
Corporation |
11:30 |
On
the Optimal Synthesis of Shaped Beam Sparse Arrays having
Uniform Amplitude Excitations
Tommaso Isernia, DIMET, Universita
Mediterranea di Reggio Calabria, Italy |
11:50 |
On the Minimal Number
of Elements in Array Antennas for Given Far Field Performances
Michele D'Urso, CRG - Giugliano Research Center, SELEX Sistemi
Integrati, Italy |
Session
15: Active Electronically Scanned Arrays
Location: Cambridge
Room
Session Chairs: Pamela R. Evans, MIT Lincoln Laboratory; Gregory
Sadowy, Jet Propulsion Laboratory/California Institute of
Technology |
8:00 |
UAVSAR
Active Electronically-Scanned Array
Gregory Sadowy, Jet Propulsion Laboratory,
California Institute of Technology |
8:20 |
UK
Airborne AESA Technology Development -The Next Generation
Stephen Moore, DSTL, United Kingdom |
8:40 |
SE-IT
Joint M-AESA Program: Overview and Status
Aziz Ouacha, FOI, Swedish Defence Research
Agency, Sweden |
9:00 |
Toward
Common Radar & EW Multifunction Active Arrays
Stephane Kemkemian, Thales Airborne
Systems, France |
9:20 |
A
Family of G-Band Active Electronically Scanned Arrays for
Radar Applications
Stefano Mosca, Selex-Sistemi-Integrati,
Italy |
9:40 |
Wideband
Array Antenna System Development
Maria Lanne, Saab Microwave Systems,
Sweden |
Session
16: Array Design III
Location: Lincoln
Room
Session Chairs: Boris Tomasic, US Air Force Research Laboratory;
Stephen Dunyk, Lockheed Martin |
8:00
|
Polarization Isolation Limit
for Dual-Polarized Phased Array Systems
Tom Sikina, Raytheon
|
8:20 |
Reordered Lattices for Phased
Array Antennas
Tom Sikina, Raytheon, USA
|
8:40 |
A Scalable, Low Cost Architecture
for High Gain Beamforming Antennas
Omar Bakr, University of California,
Berkeley, USA
|
9:00 |
A 24 GHz Modular Phased Array
Based on Extended ResonanceTechnique
Danial Ehyaie, The University of Michigan,
USA
|
9:20 |
High Performance Low Profile
Aperture Coupled Dielectrically Loaded Waveguide Radiating
Element for Application to Mobile Phased Array Radars with
Wide Angle Coverage
Stephen Dunyk, Lockheed Martin, USA
|
9:40 |
A Phased Array Simulation Tool
for Synthesized Array Factor having Multiple Beams and Multiple
Nulls
Mathieu Caillet, Royal Military College
of Canada, Canada
|
Luncheon
12:20 - 1:20 PM
Various Locations:
Cambridge Room, Lincoln Room, Concord Room (Basement)
|
|
Session
17: Beamforming/Calibration III
Location: Eden Vale
Ballroom B
Session Chair: Wajih Elsallal, Rockwell Collins, Inc. |
1:30 |
A
Tray Based Rotman Lens Array with Beamforming in Two Dimensions
for Millimeter-Wave Radar
Lora Schulwitz, General Dynamics, Michigan
Research and Development Center |
1:50 |
Phased
Array Digital Beamforming Hardware Development at Applied
Radar
Bill Weedon, Applied Radar, Inc. |
2:10 |
Considerations
on the Calibration of Panelized Polarimetric Phased Array
Radar Antennas: A Case Study
Caleb Fulton, Purdue University |
2:30 |
A
SiGe-based Ku-band Digital Beamforming Array for High Speed
On-The-Move Comm/Radar System
Wajih Elsallal, Rockwell Collins, Inc. |
2:50 |
Beam
Pattern Optimization in Time-Modulated Linear Arrays
Paolo Rocca, DISI, University of Trento,
Italy |
3:10 |
Monopulse
Compromise Arrays - A Review
Paolo Rocca, DISI, University of Trento,
Italy |
3:30 |
BREAK |
4:00 |
A
Review Paper on Beamforming Techniques for Large-N Aperture
Arrays
Kristian Zarb-Adami, The LOFAR Consortium |
4:20 |
Nonreciprocal
Coupling Network for Beam Steering Coupled Oscillator Arrays
Jose Martinez-Lopez, National Autonomous
University of Mexico |
Session
18: Wideband and Multifunction II
Location: Eden Vale
Ballroom C
Session Chairs: Brett Pigon, Harris Corporation; Walker Hunsicker,
Georgia Institute of Technology |
1:30 |
System Design of Wide
Band, Wide Scanning, Receive Phased Array Antennas for Interference
Considerations
Walt Whybrew, Harris Corporation, GCSD
Brett Pigon, Harris Corporation |
1:50 |
Predicting
Nonlinear Behavior in Receive Phased Array Antennas
Brett Pigon, Harris Corporation |
2:10 |
Integration
of an X-Band Microstrip Patch Array and Beamformer for a Multifunction
Antenna Array
Walker Hunsicker, Georgia Institute
of Technology |
2:30 |
Connected
Arrays of Dipoles for Broad Band, Wide Angle Scanning, Dual
Polarization Applications: A Novel Solution to the Common
Mode Problem
Daniele Cavallo, TNO Defence, Eindhoven
University of Technology, The Netherlands |
2:50 |
A
LTCC Substrate Integrated Waveguide Phased Array for 60 GHz
Wireless Applications
Bahram Sanadgol, IMST GmbH, Germany |
3:10 |
All-Digital
Wideband Space-Frequency Beamforming for the SKA Aperture
Array
Vassily Khlebnikov, University of Oxford |
3:30 |
A
Wideband Faceted Multibeam Antenna
Ronny Gunnarsson, Swedish Defence Research
Agency, Sweden |
Session
19: Array Design IV
Location: Emerson
Room
Session Chairs: Hans Steyskal, Consultant, AFRL; Sean Duffy,
MIT Lincoln Laboratory |
1:30
|
Wide Angle Impedance Matching
Techniques for Volumetrically Scanned Phased Arrays
Tom Sikina, Raytheon
|
1:50 |
A New Approach to Design Low
Cost, Low Complexity Phased Arrays
Danial Ehyaie, The University of Michigan
|
2:10 |
Novel Right-Angle Transition
for Phased Array Antennas
Bruce Blaser, IMAPS Member
|
2:30 |
Dense
Transmit and Receive Phased Arrays
Chen-Pang Yeang, University of Toronto,
Canada
|
2:50 |
Sidelobe Optimization of Skobelev
Networks
Giovanni Toso, European Space Agency
|
3:10 |
Design of Realistic Phased
Array Patch Elements Using a Genetic Algorithm
Hans Steyskal, Consultant, AFRL
|
3:30 |
BREAK |
4:00 |
Optically
Controlled Phased Array Antenna using Spatial Light Modulator
Hideo Sumiyoshi, Mitsubishi Electric
Corporation, Japan
|
4:20 |
Aperiodic Arrays for Spaceborne
SAR Applications
Giovanni Toso, European Space Agency,
The Netherlands
|
4:40 |
Innovative Array System Architectures:
design, analysis and optimization
Michele D'Urso, Giugliano Research
Center, Italy
|
Session
20: Adaptive Arrays
Location: Cambridge
Room
Session Chair: Alan J. Fenn, MIT Lincoln Laboratory |
3:00 |
Adaptive
Null-Steered Interference-Rejection for A Mobile Satellite
Receiver
Randall Musselman, US Air Force Academy |
3:20 |
An
Efficient Parallel Algorithm for Robust Adaptive Beamforming
Based on LCMV
Wei-Xing Sheng, Nanjing University
of Science and Technology |
3:40 |
Effects
of Quantized Element Weights on Synthesized Array Factors
Including One Beam and One Prescribed Null
Mathieu Caillet, Royal Military College
of Canada
|
4:00 |
Simplified
Phase-Control Technique for Interference Suppressions in Phased
Array Antennas
Tomohiro Takahashi, Mitsubishi Electric
Corporation, Japan |
4:20 |
Hamiltonian
Algorithm with Momentum Attenuation for Adaptive Beamforming
of ESPAR Antenna
Jun Ozawa, Doshisha University |
4:40 |
Dynamic
Thinning Strategy for Adaptive Nulling in Planar Antenna Arrays
Paolo Rocca, DISI, University of Trento,
Italy |
Session
21: Direction Finding Arrays
Location: Lincoln
Room
Session Chairs: Catherine M. Keller, MIT Lincoln Laboratory;
Nathan Wilkins, 328 ARSG Eglin AFB |
3:00
|
Frequency Invariant Electro-Magnetic
Source Location Using True Time Delay Beam Space Processing
Nathan Wilkins, 328 ARSG Eglin AFB
|
3:20 |
AOA Estimation of Two Narrowband
Signals Using Interferometry
Peter Ly, Defence Science and Technology
Organisation
|
3:40 |
On DOA Estimation of Vibrating
Antenna Arrays
Harmen Schippers, National Aerospace
Laboratory NLR, The Netherlands
|
4:00 |
High Resolution Techniques
for Fast Acquisition of Satellite Signals
Alberto Anton, Ingenieria y Servicios
Aerospaciales
|
4:20 |
Acoustic Tracking of Aircraft
Using a Circular Microphone Array Sensor
Carl-Inge Nilsen, University of Oslo
|
4:40 |
Evaluation of Bias Errors in
Positioning a Radio Transmitter with a Lot of Interference
Waves
Toshihiro Wada, Mitsubishi Electric
Corporation, Japan
|
Friday, October
15
7:30 AM Registration
|
| 8:00
AM - 12:00 Noon Tutorial Session II |
8:00 |
Phased-Arrays:
Basics, Past Accomplishments, Amazing Breakthroughs and Future
Trends
Dr. Eli Brookner, Raytheon
Location: Emerson Room |
8:00 |
Adaptive
Processing Utilizing a Single Snapshot of Data
Professor Tapan Sarkar, Syracuse University
Location: Cambridge Room |
8:00 |
Electronic
Scanned Array (ESA) Design
Mr. John Williams, Aerospace Corporation
Location: Lincoln Room |
8:00 |
Phased
Array Antenna Measurements
Dr. Doren W. Hess, MI Technologies
Dr. Alan J. Fenn, MIT Lincoln Laboratory
Mr. Dayel Garneski, Raytheon
Dr. Charles J. Kryzak, Lockheed Martin
Location: Alcott (Mezzanine) |
Luncheon
for Tutorial Attendees 12:15 - 1:15 PM |
| Symposium
Adjourned 1:30 PM |
