EPJ Web of Conferences (Jan 2020)

Data quality monitors of vertex detectors at the start of the Belle II experiment

  • Kodyš Peter,
  • Abudinen Jesus,
  • Ackermann Karlheinz Georg,
  • Adamczyk Karol Mateusz,
  • Ahlburg Patrick,
  • Aihara Hiroaki,
  • Alonso Oscar,
  • Albalawi Mohammed,
  • Andricek Ladislav,
  • Ayad Rachid,
  • Aziz Tariq,
  • Babu Varghese,
  • Bacher Szymon Grzegorz,
  • Bahinipati Seema,
  • Batignani Giovanni,
  • Baudot Jerome,
  • Behera Prafulla Kumar,
  • Bettarini Stefano,
  • Bilka Tadeáš,
  • Boronat Marca,
  • Bozek Andrzej,
  • Braun Nils,
  • Buchsteiner Florian,
  • Caldwell Allen,
  • Camien Christian,
  • Casarosa Giulia,
  • Cervenkov Daniel,
  • Chekelian Vladimir,
  • Chen Yeqi,
  • Corona Luigi,
  • Czank Thomas Rafael,
  • Das Sanjeeda Bharati,
  • Dash Nibedita,
  • de Marino Gaetano,
  • Deschamps Bruno,
  • Dieguez Angel,
  • Dingfelder Jochen,
  • Doležal Zdeněk,
  • Dujany Giulio,
  • Esperante Daniel,
  • Forti Francesco,
  • Fras Markus,
  • Frey Ariane,
  • Friedl Markus,
  • Fuster Juan,
  • Gabriel Miroslav,
  • Gadow Karsten,
  • Ganiev Eldar,
  • Gebauer Uwe,
  • Gessler Thomas,
  • Giakoustidis Georgios,
  • Gioi Luigi Li,
  • Gobbo Benigno,
  • Gomis López Pablo,
  • Greenwald Daniel,
  • Guan Yinghui,
  • Halder Soumen,
  • Hara Koji,
  • Hartbrich Oskar,
  • Hazra Sagar,
  • Heck Martin,
  • Hemperek Tomasz,
  • Hensel Martin,
  • Higuchi Takeo,
  • Hoek Matthias,
  • Huber Stefan,
  • Itoh Ryosuke,
  • Irmler Christian,
  • Ishikawa Akimasa,
  • Jeon Hyebin,
  • Joo Changwoo,
  • Kaleta Mateusz,
  • Kaliyar Abdul Basith,
  • Kandra Jakub,
  • Kang Kookhyun,
  • Kapusta Piotr Julian,
  • Kiesling Christian,
  • Kisielewski Bartlomiej,
  • Kittlinger David,
  • Klose Daniel,
  • Koffmane Christian,
  • Kohriky T.,
  • Kono Tomoyuki,
  • Konorov Igor,
  • Krivokuca Silvia,
  • Krüger Hans,
  • Kuhr Thomas,
  • Kumar Manish,
  • Kumar Rajeev,
  • Kvasnicˇka Peter,
  • Lacasta Carlos,
  • La Licata Chiara,
  • Lalwani Kavita,
  • Lanceri Livio,
  • Lange Jens Sören,
  • Lautenbach Klemens,
  • Lee Seungcheol,
  • Leis Ulrich,
  • Leitl Philipp,
  • Levit Dmytro,
  • Li Chunhua,
  • Li Y. B.,
  • Libby James Frederick,
  • Liemann Gerhard,
  • Liu Qingyuan,
  • Liu Zhen’An,
  • Lück Thomas,
  • Luetticke Florian,
  • Macharski Lydia,
  • Maity Souvik,
  • Mariñas Carlos,
  • Mayekar Sukant Narendra,
  • Mccarney Sara,
  • Mohanty Gagan Bihari,
  • Mora Grimaldo Johnny Alejandro,
  • Morii Tomoko,
  • Moser Hans-Günther,
  • Moya David,
  • Müller Felix Johannes,
  • Müller Felix,
  • Nakamura Katsuro,
  • Nakao Mikihiko,
  • Natkaniec Zbigniew Marian,
  • Niebuhr Carsten,
  • Ninkovic Jelena,
  • Onuki Yoshiyuki,
  • Ostrowicz Waclaw,
  • Paladino Antonio,
  • Paoloni Eugenio,
  • Park Hwanbae,
  • Park SeokHee,
  • Paschen Botho,
  • Paul Stephan Martin,
  • Peric Ivan,
  • Poblotzki Frauke,
  • Rabusov Andrei,
  • Rao K. K.,
  • Reiter Simon,
  • Richter Rainer Helmut,
  • Ripp-Baudot Isabelle,
  • Ritter Martin,
  • Ritzert Michael,
  • Rizzo Giuliana,
  • Rout Niharika,
  • Sahoo Debashis,
  • Sanchez Javier Gonzalez,
  • Santelj Luka,
  • Sato Nobuhiko,
  • Scavino Bianca,
  • Schaller Gerhard,
  • Schnecke Martina,
  • Schopper Florian,
  • Schreeck Harrison,
  • Schwanda Christoph,
  • Schwenker Benjamin,
  • Sedlmeyer Reinhard,
  • Sfienti Concettina,
  • Simon Frank,
  • Skambraks Sebastian,
  • Soloviev Yuri,
  • Spruck Björn,
  • Stefková Slavomira,
  • Stever Reimer,
  • Stolzenberg Ulf,
  • Suzuki Soh Yamagata,
  • Takahashi Maiko,
  • Tafelmayer Eva,
  • Tanaka Shuji,
  • Tanigawa Hikaru,
  • Thalmeier Richard,
  • Tsuboyama Toru,
  • Uematsu Yuma,
  • Verbycka O.,
  • Vila Ivan,
  • Virto Amparo Lopez,
  • Vitale Lorenzo,
  • Vogt Sven,
  • Vos Marcel,
  • Wan Kun,
  • Wang Boqun,
  • Watanuki Shun,
  • Webb James,
  • Wermes Norbert,
  • Wessel Christian,
  • Wiechczyński Jarosław Paweł,
  • Wieduwilt Philipp,
  • Windel Hendrik,
  • Yamada Satoru,
  • Ye Hua,
  • Yin Hao,
  • Zani Laura,
  • Zhang Tingyu

DOI
https://doi.org/10.1051/epjconf/202024501035
Journal volume & issue
Vol. 245
p. 01035

Abstract

Read online

The Belle II experiment features a substantial upgrade of the Belle detector and will operate at the SuperKEKB energy-asymmetric e+e− collider at KEK in Tsukuba, Japan. The accelerator completed its first phase of commissioning in 2016, and the Belle II detector saw its first electron-positron collisions in April 2018. Belle II features a newly designed silicon vertex detector based on double-sided strip layers and DEPFET pixel layers. A subset of the vertex detector was operated in 2018 to determine background conditions (Phase 2 operation). The collaboration completed full detector installation in January 2019, and the experiment started full data taking. This paper will report on the final arrangement of the silicon vertex detector part of Belle II with a focus on online monitoring of detector conditions and data quality, on the design and use of diagnostic and reference plots, and on integration with the software framework of Belle II. Data quality monitoring plots will be discussed with a focus on simulation and acquired cosmic and collision data.