M
Marina Gashinova
Researcher at University of Birmingham
Publications - 185
Citations - 1767
Marina Gashinova is an academic researcher from University of Birmingham. The author has contributed to research in topics: Radar & Radar imaging. The author has an hindex of 17, co-authored 164 publications receiving 1257 citations.
Papers
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Journal ArticleDOI
Rain Attenuation at Millimeter Wave and Low-THz Frequencies
Fatemeh Norouzian,Emidio Marchetti,Marina Gashinova,Edward Hoare,Costas Constantinou,Peter Gardner,Mikhail Cherniakov +6 more
TL;DR: In this paper, wave attenuation through rain with different rainfall rates at millimeter wave and low-terahertz (Low-THz) ( $f = 300$ GHz) frequencies is studied.
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Experimental Low-Terahertz Radar Image Analysis for Automotive Terrain Sensing
TL;DR: Initial experimental results which provide the foundation for low-terahertz (low-THz) radar imagery for outdoor unstructured scenarios as expected in automotive sensing are reported.
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Phenomenology of Doppler forward scatter radar for surface targets observation
TL;DR: The forward scatter Doppler phase signature formation is analysed to show the rationale for the forward scatter radar in the true sense of the meaning, where a target actually crosses the baseline; so the advantage of the main shadow lobe is taken and, therefore a forward scatter effect occurs to enhance signal to clutter ratio.
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Low-THz Dielectric Lens Antenna With Integrated Waveguide Feed
Konstantinos Konstantinidis,Alexandros P. Feresidis,Costas Constantinou,Edward Hoare,Marina Gashinova,Michael J. Lancaster,Peter Gardner +6 more
TL;DR: In this article, a novel dielectric lens antenna with a broadband integrated waveguide-based feed and an optimized tapered extension for low terahertz frequencies is presented.
Journal ArticleDOI
Imaging for a Forward Scanning Automotive Synthetic Aperture Radar
TL;DR: A forward scanning synthetic aperture radar methodology for a forward-looking automotive (low-terahertz) radar, which combines scene scanning with synthetic aperture processing, resulting in enhanced angular resolution and improved imaging is proposed.