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Bistatic High-Frequency Radar Cross-Section of the Ocean Surface with Arbitrary Wave Heights.

, , and . Remote. Sens., 12 (4): 667 (2020)

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First-Order Bistatic High-Frequency Radar Power for Mixed-Path Ionosphere-Ocean Propagation., , and . IEEE Geosci. Remote. Sens. Lett., 13 (12): 1940-1944 (2016)An Adaptive Method of Wave Spectrum Estimation Using X-Band Nautical Radar., , , and . Remote. Sens., 7 (12): 16537-16554 (2015)Wave Height Estimation from Shipborne X-Band Nautical Radar Images., , and . J. Sensors, (2016)Compact-Polarimetric SAR Signature Analysis for Wetland Characterization Using RADARSAT Constellation Mission., , , , , and . IEEE Trans. Geosci. Remote. Sens., (2024)Comparison of Algorithms for Wind Parameters Extraction From Shipborne X-Band Marine Radar Images., , , , and . IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens., 8 (2): 896-906 (2015)The derivation of high frequency radar cross sections for swell-contaminated seas., , and . IGARSS, page 1278-1281. IEEE, (2013)An analysis of the backscattered electric field from an iceberg for a pulsed high frequency radar., and . CCECE, page 1-5. IEEE, (2014)A perspective on two decades of fundamental and applied research in electromagnetic scattering and high frequency ground wave radar on the Canadian East Coast., and . IGARSS, page 521-523. IEEE, (2002)Permutation entropy for signal analysis: A case study of synthetic aperture radar imagery., , , , and . CWIT, page 66-70. IEEE, (2015)Bistatic High-Frequency Radar Cross-Section of the Ocean Surface with Arbitrary Wave Heights., , and . Remote. Sens., 12 (4): 667 (2020)