Phased Subarray of the Low-Frequency Radio Telescope GURT as a Standalone Instrument for Radio Astronomy Studies
S Yerin, A Konovalenko, P Tokarsky, I Bubnov… - 2020 IEEE Ukrainian …, 2020
Cutting edge astrophysical studies require more and more observing time at low-
frequency radio telescopes, which is limited and quite expensive. Modern digital
signal processing systems still unable to provide affordable computational and
storage resources to allow simultaneous beamforming in a wide frequency range for
multiple studies. Low-frequency radio telescopes of a new generation are very
flexible and could be split into subarrays or groups of subarrays for some studies …
frequency radio telescopes, which is limited and quite expensive. Modern digital
signal processing systems still unable to provide affordable computational and
storage resources to allow simultaneous beamforming in a wide frequency range for
multiple studies. Low-frequency radio telescopes of a new generation are very
flexible and could be split into subarrays or groups of subarrays for some studies …
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