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RPC system in the CMS Level-1 Muon Trigger
Journal of Instrumentation ( IF 1.3 ) Pub Date : 2020-10-06 , DOI: 10.1088/1748-0221/15/10/c10007
A. Samalan 1 , M. Tytgat 1 , N. Zaganidis 1 , G.A. Alves 2 , F. Marujo 2 , F. Torres Da Silva De Araujo 3 , E.M. Da Costa 3 , D. De Jesus Damiao 3 , H. Nogima 3 , A. Santoro 3 , S. Fonseca De Souza 3 , A. Aleksandrov 4 , R. Hadjiiska 4 , P. Iaydjiev 4 , M. Rodozov 4 , M. Shopova 4 , G. Sultanov 4 , M. Bonchev 5 , A. Dimitrov 5 , L. Litov 5 , B. Pavlov 5 , P. Petkov 5 , A. Petrov 5 , S.J. Qian 6 , P. Cao 7 , H. Kou 7 , Z. Liu 7 , J. Song 7 , J. Zhao 7 , C. Bernal 8 , A. Cabrera 8 , J. Fraga 8 , A. Sarkar 8 , S. Elsayed 9 , Y. Assran 10, 11 , M. El Sawy 10, 12 , M.A. Mahmoud 13 , Y. Mohammed 13 , C. Combaret 14 , M. Gouzevitch 14 , G. Grenier 14 , I. Laktineh 14 , L. Mirabito 14 , K. Shchablo 14 , I. Bagaturia 15 , D. Lomidze 15 , I. Lomidze 15 , V. Bhatnagar 16 , R. Gupta 16 , P. Kumari 16 , J. Singh 16 , V. Amoozegar 17 , B. Boghrati 17 , M. Ebraimi 17 , R. Ghasemi 17 , M. Mohammadi Najafabadi 17 , E. Zareian 17 , M. Abbrescia 18 , R. Aly 18 , W. Elmetenawee 18 , N. De Filippis 18 , A. Gelmi 18 , G. Iaselli 18 , S. Leszki 18 , F. Loddo 18 , I. Margjeka 18 , G. Pugliese 18 , D. Ramos 18 , L. Benussi 19 , S. Bianco 19 , D. Piccolo 19 , S. Buontempo 20 , A. Di Crescenzo 20 , F. Fienga 20 , G. De Lellis 20 , L. Lista 20 , S. Meola 20 , P. Paolucci 20 , A. Braghieri 21 , P. Salvini 21 , P. Montagna 22 , C. Riccardi 22 , P. Vitulo 22 , J.E. Choi 23 , B. Francois 23 , T.J. Kim 23 , J. Park 23 , S.Y. Choi 24 , B. Hong 24 , K.S. Lee 24 , J. Goh 25 , H. Lee 26 , J. Eysermans 27 , C. Uribe Estrada 27 , I. Pedraza 27 , H. Castilla-Valdez 28 , A. Sanchez-Hernandez 28 , C.A. Mondragon Herrera 28 , D.A. Perez Navarro 28 , G.A. Ayala Sanchez 28 , S. Carrillo 29 , E. Vazquez 29 , A. Radi 30 , A. Ahmad 31 , I. Asghar 31 , H. Hoorani 31 , S. Muhammad 31 , M.A. Shah 31 , I. Crotty 32
Affiliation  

The CMS experiment implements a two-level triggering system composed of Level-1, instrumented by custom-design hardware boards, and a software High Level Trigger. To cope with the more challenging luminosity conditions, a new Level-1 architecture has been deployed during run II. This new architecture exploits in a better way the redundancy and complementarity of the three muon subsystems: Cathode Strip Chambers (CSC), Drift Tubes (DT) and Resistive Plate Chambers (RPC). The role of each subsystem in the Level-1 Muon Trigger is described here, highlighting the contribution from the RPC system. Challenges brought by the HL-LHC environment and new possibilities coming from detector and trigger upgrades are also discussed.

中文翻译:

CMS Level-1 Muon Trigger 中的 RPC 系统

CMS 实验实现了一个由 Level-1 组成的两级触发系统,由定制设计的硬件板和软件高级触发组成。为了应对更具挑战性的光度条件,在运行 II 期间部署了新的 Level-1 架构。这种新架构更好地利用了三个 μ 子子系统的冗余和互补性:阴极剥离室 (CSC)、漂移管 (DT) 和电阻板室 (RPC)。此处描述了 Level-1 Muon Trigger 中每个子系统的作用,突出了 RPC 系统的贡献。还讨论了 HL-LHC 环境带来的挑战以及探测器和触发器升级带来的新可能性。
更新日期:2020-10-06
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