FIFTH ANNUAL |
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| Portions have been intentionally ommitted. | |
| Speaker | Title |
| Norman Owsley Naval Undersea Warfare Center |
Keynote Address Radar, Sonar and Whatever Happened to Finn Bryn? |
| Arthur Baggeroer MIT Ocean Engineering |
SESSION I: Sonar and Underwater Acoustics Sessions |
| William Carey Massachusetts Institute of Technology |
The Determination of Signal Coherence Length Based on Signal Coherence and Gain Measurements in Deep and Shallow Water |
| Ken
Senne MIT Lincoln Laboratory |
POSTER SESSION I |
| Ira Ekhaus Synap Corporation |
Reduced Wavenumber Synthetic Aperture |
| Daniel Marshall MIT Lincoln Laboratory |
Monostatic Clutter Spreading in Joint Terrain Scattered Jamming/Clutter Mitigation Architectures |
| Steven Smith and James Ward MIT Lincoln Laboratory |
Fast Space-Time Clutter Covariance Matrix Computation |
| Brian Freburger and Donald Tufts University of Rhode Island |
On the Applicability of Principal Component Inverse to Rapidly Adaptive Suppression of Terrain Scattered Interference |
| William Ballance Hughes Aircraft Co. |
SESSION II: Space-Time Adaptive Processing (STAP) |
| Peter Zulch USAF Rome Lab Joseph Guerci SAIC |
The CREST Challenge -- Overview and Analysis |
| William Melvin, Pinyuen Chen, and Michael
Wicks USAF Rome Laboratory |
Sample Selection for Improved Adaptive Airborne Radar |
| Timothy Barton and Steven Smith MIT Lincoln Laboratory |
Structured Covariance Estimation for Space-Time Adaptive Processing |
| Michael Zatman MIT Lincoln Laboratory |
The Effect of Bandwidth on Space-Time Adaptive Processing |
| James Day Lockheed Martin |
SESSION III: Systems Applications of STAP |
| Robert Cooper Lockheed Martin |
STAP Implementation Trades for a UHF Airborne Early Warning Radar System |
| K. Akbulut, B. Suresh Babu, Richard Davis, and J. Kramer The MITRE Corporation |
Clutter Mitigation in an Airborne Radar Based Upon Phase-Weight Perturbation |
| S.U. Pillai, Y.L. Kim and Joseph Guerci Polytechnic University |
A Robust Implicit Interference Subspace Removal Technique for STAP |
| Ronald Fante MITRE |
SESSION IV: Terrain Scattered Interference |
| Lee Moyer and Douglas Page Technology Service Corp. James Arnts and David Fenner Northrop Grumman Corp. Ralph Kohler, Mike Little and David Mokay Rome Laboratory |
Multi-Channel Airborne Bistatic Radar Data Collection |
| Daniel Rabideau MIT Lincoln Laboratory |
Signal Modulation in Pulse-By-Pulse Adaptive Nulling Systems |
| Steven Kogon MIT Lincoln Laboratory E. Jeff Holder Georgia Tech Research Institute Douglas Williams Georgia Institute of Technology |
On the Use of Terrain Scattered Interference for Mainbeam Jammer Suppression |
| Scott Coutts MIT Lincoln Laboratory |
3-D Emitter Localization Using Out-of-Plane Multipath |
| Harry
Van Trees George Mason University |
SESSION V: Detection and Estimation |
| Gary Hatke MIT Lincoln Laboratory |
GAMMA: A Fast Adaptive Parameter Estimation Algorithm for Multidimensionl Arrays |
| Christ Richmond MIT Lincoln Laboratory |
Statistical Analysis of Clutter Editing Adaptive Detection Algorithm |
| Steven Smith MIT Lincoln Laboratory |
Adaptive Detection Performance in Non-Ideal Conditions |
| . | POSTER SESSION II: EMBEDDED
COMPUTING . |
| Masahiro Arakawa and Robert Ford MIT Lincoln Laboratory |
Seeker Algorithm and Architecture Study |
| Russell Brown, Richard Linderman, and Mark Linderman Rome Laboratory John Samson and David Grimm Honeywell Corporation Arnold Bramson, Bruce Havlicsek, and Robert Warta Northrop Grumman Corporation |
Processing Considerations and Performance Results for a Real-Time STAP Flight Demonstration |
| William Kostis, Gary Adams, Robert Durie,
and Adam Bojanczyk Cornell University |
Automated Application Synthesis for High-Performance Sensor Array Processing |
| Viktor Prasanna University of Southern California |
Data Remapping Techniques for High-Performance Embedded Signal Processing Applications |
| William Song MIT Lincoln Laboratory |
Digital Radar Receiver |
| Arthur Baggeroer MIT Ocean Engineering |
SESSION VI: Sonar and Underwater Acoustics II |
| M. Stojanovic and J. Proakis Northeastern University |
Spatial Signal Processing for Time-Dispersive Digital Communication Channels |
| R.
T. Compton Jr. Compton Research, Inc. |
SESSION VII: Advanced
Applications . |
| Donald Tufts and J.W. Cooley University of Rhode Island Edward Real Sanders, Lockheed Martin |
Fast Approximate Subspace Tracking |
| Alex Haimovich and A. Shah New Jersey Institute of Technology |
STAP in Wireless Communications: Performance Analysis |
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