Measuring and modelling the impact of the ionosphere on space based synthetic aperture radars
Synthetic aperture radar (SAR) is a technique widely used in applications that require all-weather imaging. The ionosphere affects the operation of these radars, with those operating at L-band (1-2 GHz) and below at risk of being seriously compromised by
Mannix, Christopher Robert
core
Deep learning-based oceanic internal wave detection from SWOT satellite imaginary observations. [PDF]
Pang S, Su X, Yang S.
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Wheat height monitoring from GPS/BDS reflected signals using pseudorange and dual-frequency carrier phase observables. [PDF]
Sui M, Guan Z, Cui P.
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Near-Earth Magnetotail Reconnection Powers Space Storms. [PDF]
Angelopoulos V +3 more
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Inter-Channel Error Calibration Method for Real-Time DBF-SAR System Based on FPGA. [PDF]
Meng Y +7 more
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An Analysis of the Potential for Using Over-the-Horizon Radar Systems for Space Surveillance
The Australian Defence Force is investigating the development of a space surveillance system. While several dedicated facilities for space surveillance are in operation around the world, Australia s Over-The-Horizon Radar (OTHR) network has some ...
Colbert, Matthew J.
core
Radar for Europa Assessment and Sounding: Ocean to Near-Surface (REASON). [PDF]
Blankenship DD +108 more
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A cascaded approach for correcting ionospheric contamination with large amplitude in HF skywave radars. [PDF]
Li Y +5 more
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CUSTR- A VHF phased array radar for observation of atmospheric dynamics and ionospheric plasma irregularities. [PDF]
Nandakumar P +3 more
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Towards a Cognitive Radar: Canada's Third-Generation High Frequency Surface Wave Radar (HFSWR) for Surveillance of the 200 Nautical Mile Exclusive Economic Zone. [PDF]
Ponsford A +4 more
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