philipp-arras.de bewertung und analyse
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| Title | Philipp Arras – |
| Description | Philipp Arras About My professional thoughts revolve around computational statistics and physics. At the Max-Planck Institute for Astrophysics, I apply Ba |
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| Location | Germany |
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philipp-arras.de bewertung
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Euro€1,102
Zuletzt aktualisiert: 2022-09-23 15:36:17
philipp-arras.de hat Semrush globalen Rang von 40,812,926. philipp-arras.de hat einen geschätzten Wert von € 1,102, basierend auf seinen geschätzten Werbeeinnahmen. philipp-arras.de empfängt jeden Tag ungefähr 551 einzelne Besucher. Sein Webserver befindet sich in Germany mit der IP-Adresse 89.238.73.89. Laut SiteAdvisor ist philipp-arras.de sicher zu besuchen. |
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| Kauf-/Verkaufswert | Euro€1,102 |
| Tägliche Werbeeinnahmen | Euro€19,836 |
| Monatlicher Anzeigenumsatz | Euro€6,612 |
| Jährliche Werbeeinnahmen | Euro€551 |
| Tägliche eindeutige Besucher | 551 |
| Hinweis: Alle Traffic- und Einnahmenwerte sind Schätzungen. | |
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| philipp-arras.de. | A | 7199 | IP: 89.238.73.89 |
| philipp-arras.de. | AAAA | 7199 | IPV6: 2a00:1828:1000:2489::2 |
| philipp-arras.de. | NS | 86400 | NS Record: dns01.manitu.net. |
| philipp-arras.de. | NS | 86400 | NS Record: dns02.manitu.net. |
| philipp-arras.de. | MX | 86400 | MX Record: 10 mail.philipp-arras.de. |
| philipp-arras.de. | TXT | 86400 | TXT Record: v=spf1 mx a include:_spf.manitu.net -all |
HtmlToTextCheckTime:2022-09-23 15:36:17
| Philipp Arras About My professional thoughts revolve around computational statistics and physics. At the Max-Planck Institute for Astrophysics, I apply Bayesian statistics to imaging algorithms for radio telescopes. I aim to squeeze out all information present in radio data sets in order to arrive at the highest resolution possible together with uncertainty quantification. To this end, I develop theoretical models for inference algorithms and tailor them for the unification of calibration and imaging, multi-spectral imaging, polarization imaging, data fusion with single dish data and Very Long Baseline Interferometry (VLBI). These ideas are condensed into various software projects: NIFTy (a Python library for Bayesian inference of fields), resolve (my radio imaging library), vlbi_resolve (the same thing for dynamic VLBI imaging) and ducc (which includes a non-uniform FFT specialized for radio interferometry). I hold a PhD in physics and am part of Rüdiger Westermann’s group (TU |
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