Networked staring radar testbed for urban surveillance: Status and preliminary results

Keyphrases

• University of Birmingham 100%
• Low Phase Noise 100%
• Staring Radar 100%
• Urban Surveillance 100%
• Radar Testbed 100%
• Multistatic 50%
• Urban Environment 50%
• Adaptation 50%
• Processing Techniques 50%
• Industrial Application 50%
• High Sensitivity 50%
• Bistatic Radar 50%
• Long-term Monitoring 50%
• Bistatic 50%
• Machine Learning Techniques 50%
• Beamforming 50%
• L-band 50%
• Urban Setting 50%
• Processing Algorithm 50%
• Airspace 50%
• Monostatic 50%
• Radar System 50%
• Drone 50%
• Low Observable Target 50%
• Radar Architecture 50%
• Small Drone 50%
• Master Clock 50%
• Quantum Oscillator 50%
• Fully Flexible 50%
• Bird Activity 50%
• Dense Clutter 50%
• Flexible Beam 50%
• Receiver Array 50%
• Long-term Mapping 50%
• Support Machine Learning 50%

Engineering

• Oscillator 100%
• Phase Noise 100%
• Drone 100%
• Observables 50%
• Industrial Applications 50%
• Processing Technique 50%
• Field Trial 50%
• Radar Systems 50%
• Multistatic Radar 50%
• Beamforming 50%
• Processing Algorithm 50%
• Machine Learning Technique 50%
• L-Band 50%
• Master Clock 50%

Earth and Planetary Sciences

• Multistatic Radar 100%
• Beamforming 100%
• Machine Learning 100%
• Installing 100%
• Airspace 100%