FOURTH ANNUAL |
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| Portions have been intentionally ommitted. | |
| Speaker | Title |
| I. S. Reed University of Southern California |
Keynote Address A Multidisciplinary Perspective on Adaptive Sensor Array Processing |
| . | Computer Demonstrations |
| D. J. Fabozzi, S. E. Borek, and E. M. Starczewski Rome Laboratory |
Processing Results from the CREST Program |
| P. Kove and J. Li MIT Lincoln Laboratory |
Terrain-Scattered Interference Visualization |
| Y. Seliktar, D. B. Williams, and J. McClellan Georgia Institute of Technology |
A Mountaintop MATLAB Toolbox |
| F. Lee Naval Research Laboratory |
SESSION I: Space-Time Adaptive Processing |
| E. J. Baranoski MIT Lincoln Laboratory |
Constraint Optimization for Pre-Doppler STAP Algorithms |
| J. McClellan, G. Showman, and A. Saidi Georgia Institute of Technology |
Direct Clutter Cancellation for STAP |
| D. J. Rabideau and A. O. Steinhardt MIT Lincoln Laboratory |
Power Selected Training for False Alarm Mitigation in Airborne Radar |
| A. E. Filip and S. C. Pohlig MIT Lincoln Laboratory |
STAP Applied to Electro-Optical Sensors |
| T. W. Miller Hughes Aircraft Company |
Session II: Multipath Jammer Mitigation |
| T. W. Miller and J. M. Ortiz Hughes Aircraft Company |
An Overview of Issues in Hot Clutter Mitigation |
| L. Brennan Larry Brennan and Associates |
Cancellation of Terrain Scattered Jamming in Airborne Radars |
| R. A. Gabel MIT Lincoln Laboratory |
Signal Subspace Issues in TSI Mitigation |
| D. F. Marshall and R. A. Gabel MIT Lincoln Laboratory |
Simultaneous Mitigation of Multipath Jamming and Ground Clutter |
| S. M. Kogon, D. B. Williams, and E. J. Holder Georgia Institute of Technology |
Hot Clutter Cancellation with Orthogonal Beamspace Transforms |
| L. J. Griffiths University of Colorado |
Adaptive Hot Clutter Mitigation Using Multiple Linear Constraints |
| D. R. Martinez MIT Lincoln Laboratory |
Session III: Parallel Processing of Adaptive Algorithms |
| A. W. Bojanczyk, G. Adams, R. Durie, and J.
Lebak Cornell University |
Space-Time Adaptive Processing on Commercial High-Performance Computers |
| P. B. Bhat, Y. W. Lim, and V. K. Prasanna University of Southern California |
Scalable Portable Parallel Algorithms for STAP |
| M. F. Skalabrin and T. H. Einstein Mercury Computer Systems, Inc. |
STAP Processing on a Multicomputer: Distribution of 3-D Data Sets and Processor Allocation for Optimum Interprocessor Communication |
| D. Snyder Washington University |
SESSION IV: Adaptive Detection |
| G. A. Tsihrintzis and C. L. Nikias University of Virginia |
STAP Detection with Sub-Gaussian Distributions and Fractional Lower-Order Statistics for Airborne Radar |
| C. D. Richmond Massachusetts Institute of Technology |
Adaptive Array Processing in Non-Gaussian Environments |
| R. Raghavan and N. Pulsone Northeastern University |
A Generalization of the Adaptive Matched Filter Receiver for Array Detection in a Class of Non-Gaussian Interference |
| S. T. Smith MIT Lincoln Laboratory |
Detection Performance with Combined Adaptive Filters |
| J. G. Proakis Northeastern University |
SESSION V: Adaptive Parameter Estimation |
| K. L. Bell, Y. Ephraim, and H. L. Van Trees George Mason University |
Explicit Ziv-Zakai Lower Bound for Bearing Estimation Using Planar Arrays |
| J. Ward MIT Lincoln Laboratory |
Angle and Doppler Estimation with Space-Time Adaptive Processing Radar |
| R. T. Compton, Jr. Compton Research, Inc. |
Radome Effects on Two-Dimensional Angle Estimation |
| S. D. Coutts MIT Lincoln Laboratory |
3-D Jammer Localization |
| A. P. Petropulu and H. Pozidis Drexel University K. Abend Gorca Systems, Inc. |
Cross-Correlation Based Estimation of Multipath Propagation Channels |
| A. L. Swindlehurst Brigham Young University |
Exploiting Frequency Domain Models in Array Signal Processing |
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