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Prof. UŁ dr hab. Zbigniew Szadkowski    -  Kierownik Katedry
Katedra Astrofizyki Wysokich Energii
ul. Pomorska 149/153
90-236 Łódź


pokój: B401
telefon: ++48 42 635 5659

PUBLIKACJEKONFERENCJEKSIĄŻKI

Z.Szadkowski
Triggers, Data Flow and the Synchronization Between the Auger Surface Detector and the AMIGA Underground Muon Counters
IEEE Transactions No Nuclear Science (2011), 58, No 4,  1771-1777   (254 KB)

Z.Szadkowski
Trigger Board for the Auger Surface Detector With 100 MHz Sampling and Discrete Cosine Transform
IEEE Transactions on Nuclear Science (2011), 58, No 4,  1692-1700   (1600 KB)

A.Schmidt, H.Gemmeke, A.Haungs, K.H.Kampert, Ch.Ruhle, Z.Szadkowski
FPGA Based Signal-Processing for Radio Detection of Cosmic Rays
IEEE Transactions on Nuclear Science (2011), 58, No 4,  1621-1627   (769 KB)

Z.Szadkowski, T. Bäcker, K.-H. Becker, P. Buchholz, I. Fleck, K.-H. Kampert, M. Rammes, J. Rautenberg, O. Tascău
The 3rd generation Front-End cards of the Pierre Auger surface detectors: Test results and performance in the field
Nuclear Instruments and Methods in Physics Research (2009), A606,  439   (953 KB)

Z. Szadkowski
A spectral 1st level FPGA trigger for detection of very inclined showers based on a 16-point discrete based transform for the Pierre Auger Observatory
Nuclear Instruments and Methods in Physics Research (2009), A606,  330-343   (2200 KB)

Z.Szadkowski
16-point discrete Fourier transform based on the Radix-2 FFT algorithm implemented into Cyclone FPGA as the UHECR trigger for horizontal air showers in the Pierre Auger Observatory
Nuclear Instruments and Methods in Physics Research (2006), A560(2),  309-316   (591 KB)

Z.Szadkowski, K-H Becker, K-H Kampert
Development of a new first level trigger for the surface array in the Pierre Auger Observatory based on the Cyclone™ Altera® FPGA
Nuclear Instruments and Methods in Physics Research (2005), A545,  793-802   (639 KB)

Z.Szadkowski, D.Nitz
Implementation of the first level surface detector trigger for the Pierre Auger Observatory Engineering Array
Nucl.Instrum.Meth. (2005), A545,  624-631   (545 KB)

Z.Szadkowski
The concept of an ACEX cost-effective first level surface detector trigger in the Pierre Auger Observatory
Nucl.Instrum.Meth. (2005), A551,  477-486   (696 KB)

Z. Szadkowski
Second-level trigger in the Pierre Auger fluorescence detector
Nuclear Instruments and Methods in Physics Research (2001), A465,  540-549   (615 KB)

 
 
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