Dr.
Julia Shatokhina
Infrastruktur
Kontakt
Email: Iuliia.Shatokhina(at)oeaw.ac.at
Telefon: +43 732 2468 4111
Veröffentlichungen
Beitrag in Fachzeitschrift (8)
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Shatokhina, J.; Hutterer, V.; Ramlau, R. (2020) Review on methods for wavefront reconstruction from pyramid wavefront sensor data. Journal of Astronomical Telescopes, Instruments and Systems, Bd. 6 (1), S. 010901.
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia (2019) Real-time adaptive optics with pyramid wavefront sensors:part II. Accurate wavefront reconstruction using iterative methods. Inverse Problems (35 (2019)), S. 045008 (27pp).
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia (2019) Real-time adaptive optics with pyramid wavefront sensors: part I. A theoretical analysis of the pyramid sensor model. Inverse Probl., Bd. 35 (4), S. ARTN 045007.
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Hutterer, Victoria; Shatokhina, Iuliia; Obereder, Andreas; Ramlau, Ronny (2018) Advanced wavefront reconstruction methods for segmented Extremely Large Telescope pupils using pyramid sensors. J. Astron. Telesc. Instrum. Syst., Bd. 4 (4), S. ARTN 049005.
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Hutterer, Victoria; Shatokhina, Iuliia; Ramlau, Ronny (2018) Real-time Adaptive Optics with pyramid wavefront sensors: A theoretical analysis of the pyramid sensor model. Inverse Problems, Bd. forthcoming.
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia (2018) Real-time Adaptive Optics with pyramid wavefront sensors: Accurate wavefront reconstruction using iterative methods. Inverse Problems, Bd. forthcoming.
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R. Ramlau, I. Shatokhina (2017) Convolution and Fourier transform based reconstructors for pyramid wavefront sensor. Applied Optics, Bd. 56 (22), S. 6381-6390.
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R. Ramlau, I. Shatokhina (2017) Convolution and Fourier transform based reconstructors for pyramid wavefront sensor. Applied Optics, Bd. 56 (22), S. 6381-6390.
Konferenzbeitrag: Publikation in Proceedings (4)
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Hutterer, Victoria; Obereder, Andreas; Raffetseder, Stefan; etal. (2019) Model-based wavefront reconstruction tested on the LOOPS bench. In: AO4ELT6 (Hrsg.) (Adaptive Optics for Extremely Large Telescopes 6); Quebec.
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Hippler, Stefan; Shatokhina, Iuliia; Obereder, Andreas et al. (2018) Single conjugate adaptive optics for METIS., Proc. SPIE 10703, Adaptive Optics Systems VI (SPIE Astronomical Telescopes and Instrumentation); Austin, Texas/USA, S. 1070314.
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia; Obereder, Andreas (2018) Wavefront reconstruction for ELT-sized telescopes with pyramid wavefront sensors. (spie astronomical telescopes and instrumentation); Austin, S. 10703 - 1070344 - 18.
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Obereder, Andreas; Raffetseder, Stefan; Hutterer, Victoria; Shatokhina, Iuliia (2018) Dealing with spiders on ELTs: using a Pyramid WFS to overcome residual piston effects., spie proceedings (spie astronomical telescopes and instrumentation); Austin: spie, S. 10703 - 107031D - 19.
Konferenzbeitrag: Poster (in Proceedingsband) (3)
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia (2017) Two novel algorithms for wavefront reconstruction from pyramid sensor data: Convolution with Linearized Inverse Filter and Pyramid Fourier Transform Reconstructor (Poster). AO4ELT.
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Hutterer, Victoria; Ramlau, Ronny; Shatokhina, Iuliia (2017) Wavefront Reconstruction from Pyramid Sensor Measurements based on the Inversion of the Finite Hilbert Transform (Poster). AO4ELT.
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Cantalloube, Faustine; Obereder, Andreas; Ramlau, Ronny; Raffetseder, Stefan; Shatokhina, Iuliia et al. [..] (2017) Status of the SCAO design of METIS and end-to-end simulation performances (Poster). AO4ELT Teneriffa 2017.