AESA based dual channel GMTI: mode design & flight trials
2011
MDA, SELEX Galileo and DRDC-O recently collaborated on a Canadian DND Defence Industrial Research Program to investigate the potential benefits of an Active Electronically Scanned Array architecture for use in air-to-ground radar modes. The firmware and software for a production PicoSAR AESA radar was modified to simultaneously collect scanning and staring GMTI submodes, each with two channel data. Post-processing and analysis of the collected data indicated very good detection and location accuracy performance against the deployed instrumented GMTI and DMTI targets.
Keywords:
- Computer vision
- AN/APY-10
- Man-portable radar
- Electronic engineering
- 3D radar
- Artificial intelligence
- Remote sensing
- Active electronically scanned array
- Radar configurations and types
- Radar lock-on
- Fire-control radar
- Radar MASINT
- Engineering
- Low probability of intercept radar
- Radar engineering details
- Bistatic radar
- Correction
- Source
- Cite
- Save
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