The Convair 580 SAR Facility Recent Activities and Future Opportunities
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1 The Convair 580 SAR Facility Recent Activities and Future Opportunities Dr. Carl E. Brown Emergencies Science and Technology Section Environment Canada Ottawa, Ontario
2 ESTS Airborne Remote Sensing DC-3, C-GRSB Oil spill remote sensor R&D Operational emergency and oil spill response Convair 580, C-GRSC Available for rapid response, all weather oil spill mapping Advanced SAR data collection flights for federal departments and agencies - VNR Sub-orbital Platforms and Nanosatellites Workshop Page 2 April 14-16, 2010
3 Convair 580 SAR Facility EC took over operation of the CV-580 in November 1996 from CCRS/NRCan Objectives Retain advanced SAR facility capability for federal government Operational all-weather oil spill response capability Initially operating under commercial and private state operating certificates Sub-orbital Platforms and Nanosatellites Workshop Page 3 April 14-16, 2010
4 C-GRSC Sub-orbital Platforms and Nanosatellites Workshop Page 4 April 14-16, 2010
5 CV 580 SAR System Advanced airborne SAR system C- and X-band systems 6 m resolution Variable viewing geometry (nadir, narrow, wide) C-band full polarimetric capabilities HH, HV, VH, VV polarizations C-band interferometric modes (InSAR) Along-track Across-track Image courtesy Doug Percy Sub-orbital Platforms and Nanosatellites Workshop Page 5 April 14-16, 2010
6 SAR Transmitters/Receivers Sub-orbital Platforms and Nanosatellites Workshop Page 6 April 14-16, 2010
7 SAR Data Products Real-time and post-flight data streams Real-time Imagery recorded onto hard disk and 8 mm digital tapes, VHS video tape, imagery available on CD in common formats (e.g. tif, jpg), also 64-level grayscale hardcopy Image courtesy DRDC-O Sub-orbital Platforms and Nanosatellites Workshop Page 7 April 14-16, 2010
8 SAR Data Products Signal data - Post-flight data processing Recorded on digital video tape (helical scan) Transcribed onto 8 mm tapes for processing Processing at DRDC-O (includes geometric and radiometric calibration) Now recorded directly onto hard disk to enhance reliability and avoid need for timely transcription process Recent development courtesy DRDC-O (Dr. Chuck Livingstone) Sub-orbital Platforms and Nanosatellites Workshop Page 8 April 14-16, 2010
9 Convair History (CCRS/NRCan) The Convair 580 SAR system has been used for the development of SAR data processors, algorithm development, the pre-launch simulation of space-borne SAR systems (e.g. RADARSAT-1, ERS-1 and JERS-1) and the testing and evaluation of new SAR modes (polarimetric and interferometric) Sub-orbital Platforms and Nanosatellites Workshop Page 9 April 14-16, 2010
10 Environment Canada Convair RADARSAT-2 Canadian Space Agency undertook a flight program with the Convair-580 SAR in the early 2000s to help the SAR user community prepare for the advanced features of RADARSAT-2 Enhanced polarization capabilities including like-polarization, cross-polarization, dual-polarization, and in the polarimetric mode (HH + VV +HV +VH) GMTI/MODEX Data collection flights over a variety of targets to simulate RADARSAT-2 data Provided data sets and polarimetric software to user community Sub-orbital Platforms and Nanosatellites Workshop Page 10 April 14-16, 2010
11 Polarimetric Applications Images courtesy CCRS/CCT Sub-orbital Platforms and Nanosatellites Workshop Page 11 April 14-16, 2010
12 CV 580 Late 1990s & Early 2000s Clients CSA CCRS DREO / DRDC-O TSB EC-MSC (Canadian Ice Service) AgCan GSC Images courtesy CCRS/CCT SAR Modes Polarimetric, InSAR / GMTI, Bistatic, X/C 4-channel, C 2- channel Envisat simulation, RADARSAT-2 simulation Sub-orbital Platforms and Nanosatellites Workshop Page 12 April 14-16, 2010
13 Environment Canada Late 2000s DND AIMP Radar Development and Testing Program Replacement for Aurora Search and Rescue Radars Economical alternative Use existing SAR pedestal to mount new AIMP radar Construct new larger radome Flight testing and certification of radome Numerous flights in Ottawa area & Maritimes Advanced SAR modes Sub-orbital Platforms and Nanosatellites Workshop Page 13 April 14-16, 2010
14 Late 2000s DRDC-O DRDC-O Dr. Chuck Livingstone C-band fully polarimetric SAR Flights in Ottawa area and 3 week acquisition program on west coast, based out of Victoria, BC Under-flights of RADARSAT-2 GMTI mode Testing of new solid-state data recording system 2nd maritime flight program, east coast Sub-orbital Platforms and Nanosatellites Workshop Page 14 April 14-16, 2010
15 Current and Future Opportunities DRDC-O flight program (Chuck Livingstone) late summer early fall 2010 The Future? Other SAR or Electro-Optical sensor testing? Satellite sensor validation flights? Sub-orbital Platforms and Nanosatellites Workshop Page 15 April 14-16, 2010
16 Thanks!! Convair Support Aircraft Flight Operations, Maintenance Bryan Healey, Bill Chevrier, Doc O Connor, Theo van Westerop, Iain Bogie, John Mintha Flight Planning/Project Coordination Bill Bayer, Bryan Healey, Bill Chevrier Operational Support Lloyd Gamble, Dave Roy, Ina Henry Scientific Support Bob Hawkins, Chuck Livingstone, Kevin Murnaghan, Paul Daleman Operators/Sensor Maintenance Reid Whetter, Doug Percy, Richard Marois Partners CSA Daniel Delisle DRDC-O, CCRS, RSI, EC/CIS, DND/AIMP, NRC/IAR Sub-orbital Platforms and Nanosatellites Workshop Page 16 April 14-16, 2010
17 Questions? Sub-orbital Platforms and Nanosatellites Workshop Page 17 April 14-16, 2010
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