The data acquisition system for Baikal-GVD

Authors :: Avrorin A.D.
Avrorin A.V.
Aynutdinov V.M.
Bannash R.
Belolaptikov I.A.
Bogorodsky D.Yu.
Brudanin V.B.
Budnev N.M.
Danilchenko I.A.
Domogatsky G.V.
Doroshenko A.A.
Dyachok A.N.
Dzhilkibaev Zh.-A.M.
Fialkovsky S.V.
Gafarov A.R.
Gaponenko O.N.
Golubkov K.V.
Gress T.I.
Honz Z.
Kebkal K.G.
Kebkal O.G.
Konischev K.V.
Korobchenko A.V.
Koshechkin A.P.
Koshel F.K.
Kozhin A.V.
Kulepov V.F.
Kuleshov D.A.
Ljashuk V.I.
Milenin M.B.
Mirgazov R.A.
Osipova E.R.
Panfilov A.I.
Pan'kov L.V.
Pliskovsky E.N.
Rozanov M.I.
Rjabov E.V.
Shaybonov B.A.
Sheifler A.A.
Shelepov M.D.
Skurihin A.V.
Smagina A.A.
Suvorova O.V.
Tabolenko V.A.
Tarashansky B.A.
Yakovlev S.A.
Zagorodnikov A.V.
Zurbanov V.L.
Source :: EPJ Web of Conferences, Vol 116, p 05004 (2016)
Publication Year :: 2016
Publisher :: EDP Sciences, 2016.
Abstract: Baikal-GVD will be a neutrino telescope at the cubic-kilometer scale in Lake Baikal. The first out of 10-12 clusters of the first phase of GVD has been deployed and commissioned in April 2015. This paper describes design and implementation of the dataacquisition system of GVD.

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