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massive MIMO. Explore applications of these findings in areas such as localizations, large-scale MIMO radar, extremely large aperture arrays, holographic Massive MIMO. This is a unique opportunity to build
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to model and analyse signal transmission mechanisms in cellular/cell-free massive MIMO. Explore applications of these findings in areas such as localizations, large-scale MIMO radar, extremely large aperture
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at UiT and collaborating institutions in Norway, Sweden and Germany. The campaign will be supported with ground observations from the ALOMAR observatory and with EISCAT radar. They include radar meteors
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at UiT and collaborating institutions in Norway, Sweden and Germany. The campaign will be supported with ground observations from the ALOMAR observatory and with EISCAT radar. They include radar meteors
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Job Description To investigate, through modeling and measurement, the impact of ionospheric effects on Synthetic Aperture Radar (SAR) satellite images. Scope of work. Sourcing and installation
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of Texas at Austin (UTIG) invites applications for a postdoctoral research position to use sounding radar data to study geology, oceanography and the cryosphere. UTIG is one of the three research units
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Job Description To investigate, through modeling and measurement, the impact of ionospheric effects on Synthetic Aperture Radar (SAR) satellite images. Scope of work. Sourcing and installation
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innovative characteristics for radar applications. 6. Legislation and regulations: the fellowship assignment will be done according to the Statute of the Scientific Research Fellow, published in Decree-Law nº
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forecasts of extreme rainfall, particularly related to convection, in urban environments. • Development of deep generative machine learning models to improve radar-based rainfall nowcasting in Singapore
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Radar or Array processing Strong algorithm development and programming skills on MATLAB or Phyton Knowledge on machine learning or deep learning Familiarity with Ettus USRP devices, GNU Radio/Labview