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2D image processing for DSO astrophotography / Robert Suszyński, Krzysztof Wawryn, Robert Wirski.

Autor:

SUSZYŃSKI, Robert. Politechnika Koszalińska - Wydział Elektroniki i Informatyki, Katedra Systemów Cyfrowego Przetwarzania Sygnałów, 1996 -

Współtwórca(-y):

WAWRYN, Krzysztof. Politechnika Koszalińska - Wydział Elektroniki i Informatyki, Katedra Systemów Cyfrowego Przetwarzania Sygnałów, 1996 -
WIRSKI, Robert. Politechnika Koszalińska - Wydział Elektroniki i Informatyki, Katedra Systemów Cyfrowego Przetwarzania Sygnałów, 1996 -

Rodzaj materiału:

ArtykułJęzyk: angielski Język streszczenia: angielski Praca zawiera:

World Academy of Science, Engineering and Technology (2010 ; Tokio, Japan). WASET'2010

Tematy:

Zasoby online:

Link do zasobu

W: International Journal of Environmental, Earth Science and Engineering. - 2010, nr 4(5), s. 633-637Streszczenie: The new concept of two–dimensional (2D) image processing implementation for auto-guiding system is shown in this paper. It is dedicated to astrophotography and operates with astronomy CCD guide cameras or with self-guided dual-detector CCD cameras and ST4 compatible equatorial mounts. This idea was verified by MATLAB model, which was used to test all procedures and data conversions. Next the circuit prototype was implemented at Altera MAX II CPLD device and tested for real astronomical object images. The digital processing speed of CPLD prototype board was sufficient for correct equatorial mount guiding in real-time system.

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The new concept of two–dimensional (2D) image processing implementation for auto-guiding system is shown in this paper. It is dedicated to astrophotography and operates with astronomy CCD guide cameras or with self-guided dual-detector CCD cameras and ST4 compatible equatorial mounts. This idea was verified by MATLAB model, which was used to test all procedures and data conversions. Next the circuit prototype was implemented at Altera MAX II CPLD device and tested for real astronomical object images. The digital processing speed of CPLD prototype board was sufficient for correct equatorial mount guiding in real-time system.