Past Research Projects

The following is a list of some of the research contracts on which B. Friedlander had been a principal investigator:

• Multitarget Tracking Studies, Office of Naval Research.
• Multichannel Spatial Spectral Estimation, Office of Naval Research.
• Spectral Estimation in a Complex Environment, Naval Intelligence Support Center (funded through ONR).
• Line Removal for Broadband Processing, Naval Oceans System Center.
• Parametric Time Delay Estimation, Naval Underwater Systems Center.
• Synthetic Aperture Radar Bandwidth Reduction Techniques, Office of Naval Research.
• Adaptive Decentralized Control, Air Force Office of Scientific Research.
• Acoustic Transient Automation Study, Naval Underwater Systems Center.
• Transient Classification Algorithms, Naval Underwater Systems Center.
• Transient Analysis, Naval Underwater Systems Center.
• Multipath Estimation for Localization and Tracking, Naval Surface Weapons Center (funded through ONR).
• Multipath Estimation for Localization and Tracking, Naval Surface Weapons Center (funded through ONR).
• Spectral Estimation in a Complex Environment, Naval Intelligence Support Center, (funded through ONR).
• Parametric Techniques for Multichannel Signal Processing, Army Research Office.
• Time Domain Algorithms, Rome Air Development Center.
• Performance Analysis of Multi-Frame Detection Algorithms, Ballistic Missiles Office, AFSC, Norton AFB.
• Multipath Estimation for Localization and Tracking, System Control Technology (funded by the Naval, Surface Weapons Center).
• Advanced Techniques for Array Processing, Army Research Office.
• ASW Signal Processing, Martin Marietta Baltimore Aerospace.
• A Transient Reporting System, The Johns Hopkins University, Applied Physics Lab.
• Multipath Estimation for Localization and Tracking, Office of Naval Research.
• Parallel Implementation of Sequence Analysis, U.S Army Strategic Defense Command.
• Algorithm Based fault Tolerance for Systolic Arrays, Office of Naval Research.
• Reducing Computational Requirements for SAR, Ballistic Missiles Office, AFSC, Norton AFB.
• A Systolic Processor for Real Time Classification, Office of Naval Research.
• A Multi--Image Approach to Non Acoustic Detection, Defense Advanced Projects Research Agency.
• Adaptive Signal Processing based on High Order Statistics, National Science Foundation.
• Advanced Techniques for Array Processing, Army Research Office.
• VSAR - A Velocity Sensitive Sensor for Ocean Surveillance, U. S. Army Missile Command.
• Transient Processing Using the Gabor Representation, Naval Sea Systems Command.
• Array Processing for Transient Signals Using Wavelet Theory, U. S. Army Missile Command.
• VSAR - A New Sensor for Ocean Surveillance, Office of Naval Research.
• VSAR - A New Sensor for Ocean Surveillance, U. S. Army Missile Command.
• Advanced Array Processing for Communications Systems, U. S. Army Research Office.
• VSAR: A New Sensor for Deetcting Low RCS Ground Targets, U. S. Army Missile Command.
• A Transient Detectability Assessment Workstation, U. S. Army Missile Command.
• Application of Gabor Bases to Extracting Information, from the Wigner Distribution, U. S. Army Missile Command.
• Passive Aero-Acoustic Sensor Self-Interference Cancellation, U. S. Army ARDEC.
• Signal Selective Array Processing for Mobile Cellular Communications National Science Foundation.
• Waveform Adaptive Processing for LFA Sonar, Space and Naval Warfare Systems Command.
• Wigner Transform Spectral Analysis, Space and Naval Warfare Systems Command.
• Polynomial Phase Processor for OTH Radar, USAF, AFMC, Rome Laboratory.
• Space-Time Adaptive Processing for Maneuvering Targets, Office of Naval Research.
• Advanced Radio-Frequency Interference (RFI) Suppression Techniques for VHF-UHF Radar.
• Bioacoustic Signal Detection and Estimation Using Wavelet Theory, Office of Naval Research.
• Adaptive Channel Equalization Based on High-Order Statistics, National Science Foundation.
• Parametric Signal Estimation Using a Class of Nonlinear Transforms, MICRO - Applied Signal Technology.
• Parametric Array Processing Using the Polynomial Phase Transform, Office of Naval Research, AASERT.
• Communications Processing Using the Polynomial Phase Transform, MICRO - Applied Signal Technology.
• Software Tool for Evaluating the Implementation Requirements of Advanced Signal Processing Algorithms, ARPA - US Air Force, Rapid Prototyping of Application Specific Signal Processors (RASSP) .
• Adaptive Blind Separation and Analysis of Nonstationary Signals, Office of Naval Research.
• Adaptive Algorithms for Blind Separation of Coomunications Signals, MICRO - Applied Signal Technology.