Radio interferometric calibration using a complex Student's t-distribution and Wirtinger derivatives
Radio interferometric gain calibration can be biased by incomplete sky models and radio
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
Radio Interferometric Calibration Using a Complex Student's t-distribution and Wirtinger Derivatives
UAM Sob, HL Bester, O Smirnov, J Kenyon… - arXiv preprint arXiv …, 2019 - arxiv.org
Radio interferometric gain calibration can be biased by incomplete sky models and radio
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
Radio interferometric calibration using a complex Student's t-distribution and Wirtinger derivatives
UM Sob, HL Bester, OM Smirnov… - Monthly Notices of …, 2020 - ui.adsabs.harvard.edu
Radio interferometric gain calibration can be biased by incomplete sky models and radio
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
Radio interferometric calibration using a complex Student's t-distribution and Wirtinger derivatives
UM Sob, HL Bester, OM Smirnov… - Monthly Notices of …, 2020 - academic.oup.com
Radio interferometric gain calibration can be biased by incomplete sky models and radio
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …
frequency interference, resulting in calibration artefacts that can restrict the dynamic range of …