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THIRD ANNUAL |
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| Portions have been intentionally ommitted. | |
| Speaker | Title |
| J. H. McClellan Georgia Institute of Technology |
Keynote Address Frequency-Wavenumber Array Processing |
| . | SESSION I |
| G. W. Titi MIT Lincoln Laboratory |
ARPA/Navy Mountaintop Program Update |
| R. L. Kohler Rome Laboratory D. Sloper Westinghouse Corporation |
An Overview of the Multi-Channel Airborne Radar Measurements (MCARM) Program |
| M. E. Davis and D. J. Fabozzi II Rome Laboratory |
Mountaintop CREST Database |
| A. B. Baggeroer Massachusetts Institute of Technology |
Poster Précis |
| K. Hwang, Z. Xu, and M. Arakawa University of Southern California |
STAP Benchmark
Performance on the IBM SP2 Massively Parallel Processor |
| C. M. Rader MIT Lincoln Laboratory |
SinVaD - An
Architecture for Parallel Computation of the Singular Value Decomposition |
| D. R. Fuhrmann Washington University |
The Quadratic Data-Fitting Problem: Estimation of Linear Model Parameters from Observations in Multiplicative Noise |
| W. S. Song MIT Lincoln Laboratory |
A Very-High-Performance Scalable Digital Beamforming Processor Using a VLSI Bit-Level Systolic Array |
| J. R. Guerci and E. H. Feria City University of New York S. U. Pillai Polytechnic University |
Efficient Multichannel Space-Time Whitening Filters |
| R. M. Davis, R. L. Fante, and T. P. Guella MITRE Corporation |
Adaptive Cancellation of Multiple Mainbeam Jammers |
| M. L. Pugh Rome Laboratory |
RLSTAP Algorithm Development Tool for STAP Analysis in the Mountaintop Environment |
| S. Napear and D. Nadeau San Diego Supercomputer Center |
Visualization of STAP |
| E. J. Baranoski, J. Ward, D. Marshall, and
R. A. Gabel MIT Lincoln Laboratory |
Interactive STAP Demonstrations |
| R. T. Compton, Jr. Compton Research, Inc. |
SESSION II: Communications |
| J. H. Winters AT&T Bell Laboratories |
Adaptive Antennas in Wireless Systems |
| J-W. Liang and A. J. Paulraj Stanford University |
On Optimizing Base Station Antenna Array Topology for Coverage Extension in Cellular Radio Networks |
| C. M. Keller MIT Lincoln Laboratory |
Propagation Measurements for 1.9 GHz Antenna Array Design |
| T. Brown, M. Kaveh, and V. Ghazi-Moghaddam Univ. of Minnesota |
The Use of Antenna Arrays in the Detection of Code Division Multiple Access Signals |
| K. W. Forsythe MIT Lincoln Laboratory |
Maximum Likelihood Techniques for Joint Demodulation and Beamforming with Adaptive Antenna Arrays |
| R. Gooch Applied Signal Technology |
The Multistage CM Array |
| L. Griffiths University of Colorado |
SESSION III: Space-Time Adaptive Processing |
| J. Ward MIT Lincoln Laboratory |
STAP, Clutter Rank, and DPCA |
| A. M. Haimovich New Jersey Institute of Technology |
Performance Analysis of the Eigencanceler - Eigenanalysis Based Space-Time Adaptive Radar |
| G. K. Borsari MIT Lincoln Laboratory |
Cost Efficient Multi-Doppler Bin STAP |
| D. F. Marshall MIT Lincoln Laboratory |
Evaluation of STAP Training Strategies with Mountaintop Data |
| G. Genello, M. Wicks, W. Melvin , and R. Brown Rome Laboratory S. Babu and J. Torres MITRE Corporation B. Havlicsek Westinghouse Corporation |
Multichannel Airborne Radar Array Data Analysis |
| N. L. Owsley Naval Undersea Warfare Center |
SESSION IV: Acoustics |
| N. L. Owsley Naval Undersea Warfare Center |
Adaptive Beamforming and Direction Finding for Arrays in Difficult Environments |
| J. L. Krolik Duke University |
Robust Adaptive Array Processing in Stochastic Shallow-Water Multipath Acoustic Channels |
| J. M. F. Moura Carnegie Mellon University D. Mauuary Institut Fur Meereskunde |
Ray Path Identification in Ocean Acoustic Tomography |
| A. B. Baggeroer Massachusetts Institute of Technology |
Cramér-Rao Bounds for Source Localization Using Matched Field Processing |
| A. B. Baggeroer Massachusetts Institute of Technology |
Poster Précis |
| A. L. Swindlehurst Brigham Young University |
Recent Results in Blind and DF-Based Beamforming and Equalization at Brigham Young University |
| J-T. Chen and A. J. Paulraj Stanford University |
Performance of Interference Reducing Antenna Arrays at Base Stations in AMPS Cellular Networks |
| A. P. Petropulu Drexel University |
Multichannel Blind Equalization of Non-White Signals |
| M. K. Tsatsanis and G. B. Giannakis University of Virginia |
Beamforming Techniques for Multiuser Detection in CDMA Systems |
| P. Tsakalides and C. L. Nikias University of Southern California |
Direction Finding with Fractional Lower-Order Statistics |
| P. C. E. Bennett Cornell University |
On the Use of Non-Causal Filters for Adaptive Sensor Array Processing |
| D. R. Fuhrmann Washington University |
SESSION V: Detection and Parameter Estimation |
| D. E. Kreithen MIT Lincoln Laboratory |
Target Detection in Undernulled Clutter |
| A. Hero University of Michigan R. Delap Air Force Institute of Technology |
Beamforming in Slow Rayleigh Fading Environments: Narrowband and Wideband Results |
| B. D. Carlson MIT Lincoln Laboratory |
Post-STAP Processing Detection and Track with Multidimensional Data Maps and the Hough Transform |
| J. S. Goldstein and D. B. Williams Georgia Institute of Technology |
Rank Reduction for Minimum Mean-Square Error Signal Processing |
| C. D. Richmond Massachusetts Institute of Technology |
Derived PDF of Maximum Likelihood (ML) Signal Estimator which Employs an Estimated Noise Covariance |
| J. Proakis Northeastern University |
SESSION VI: Superresolution |
| G. F. Hatke and K. W. Forsythe MIT Lincoln Laboratory |
Prime Polynomial Rooting Algorithms for Joint Azimuth/Elevation Estimation Using Planar Arrays |
| J. Li University of Florida P. Stoica Uppsala University B. Halder Stanford University M. Viberg Chalmers Univ. Tech. |
Decoupled Maximum
Likelihood Angle Estimation for Signals with Known Waveforms |
| R. K. Howell and R. L. Kirlin University of Victoria |
High Resolution Beamforming for Closely Spaced, Highly Correlated Sources: The delta-MUSIC Algorithm |
| R. L. Fante MITRE Corporation |
SESSION VII: Multipath Jamming |
| W. C. Jones, Jr. Westinghouse Corporation |
Cancellation of Terrain-Scattered Interference (TSI) |
| R. A. Gabel MIT Lincoln Laboratory |
Mountaintop Bistatic Jamming Experiments and Analysis |
| L. E. Brennan Adaptive Sensors, Inc. |
Preliminary Results of Hot Clutter Cancellation Test Using WSMR Data |
| C. S. Butler and G. T. Zunich Information Systems Laboratories, Inc. |
Mitigation of the Mountaintop Doublet Data |
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