CMS GEM/CSC Forward Muon Upgrade Workshop

Session

CSCs

9 Apr 2018, 14:00

Hawking Auditorium (Mitchell Institute for Fundamental Physics and Astronomy, Texas A&M University)

Conveners

CSCs: I

• Darien Wood (Northeastern University (US))
• Manuel Franco Sevilla (Univ. of California Santa Barbara (US))

CSCs: II

• Manuel Franco Sevilla (Univ. of California Santa Barbara (US))
• Darien Wood (Northeastern University (US))

71. Overview of the CSC schedule in LS2 and open questions

David Michael Morse (Northeastern University (US))

09/04/2018, 14:00

72. Low voltage power distribution

Armando Lanaro (University of Wisconsin Madison (US))

09/04/2018, 14:35

73. xDCFEB testing and production

Benjamin Glenn Bylsma (Ohio State University (US))

09/04/2018, 15:10

74. ALCT-LX100/LX150T testing and production

Andrew Peck (University of California Los Angeles (US))

09/04/2018, 15:45

75. OTMBv2 design and schedule

Jason Gilmore (Department of Physics-Texas A & M University), Jason Gilmore (Texas A & M University (US))

10/04/2018, 14:00

76. ODMB5 and ODMB7 design and open questions

Manuel Franco Sevilla (Univ. of California Santa Barbara (US))

10/04/2018, 14:30

77. New FED system open questions

Evaldas Juska (Texas A & M University (US))

10/04/2018, 15:05

90. Improving CLCT performance with look-up tables - schema

Andrew Peck (University of California Los Angeles (US))

10/04/2018, 15:30

91. Studies of improved CLCT performance with look-up tables

William Arthur Nash (University of California Los Angeles (US))

10/04/2018, 15:50

36. Backend Electronics: R&D Status, Planning and Schedule

Evaldas Juska (Texas A & M University (US))

38. Discussion of the Goals for the Planning Session

33. GE2/1 & ME0 Optohybrid Boards: Technical R&D Status, Outstanding Questions, Impact on Planning and Schedule

Jason Gilmore (Texas A & M University (US))

32. Introduction and Overview of the LS-3 GEM Schedule & Planning

Alexei Safonov (Texas A & M University (US))

GE2/1 & ME0 Global Schedule Details and Milestones

49. ME0 Detector Requirements: Simulation Studies and Considerations

Nickolas Mc Coll (University of California Los Angeles (US))

Key consideration is the granularity and expected rates. The working assumption is that ME0 will be making stubs (stub-building can happen in the XTCA backend or on-chamber, which will require OHs to talk to each other)

37. ME0 Electronics Upgrade: Infrastructure and Interfaces

35. ME0 Optohybrid Boards: R&D Status, Planning and Schedule

39. Overview of the GE2/1 & ME0 Chamber R&D & production Plans, Synergies and Lessons Learnt from GE1/1 Project

Michele Bianco (CERN)

Detector development status, important schedule dependencies, key need-by dates for electronics (includes R&D and final assembly)

34. Overview of the GE2/1 & ME0 Electronics Upgrade: Schedule and Interfaces

Gilles De Lentdecker (Universite Libre de Bruxelles (BE))

Planning of the R&D & construction activities, including VFAT3 chips/hybrids, GEBs, OHs, and backend electronics. Requirements, production vendors, quality control plans and responsibilities (GEB -China?, VFAT3 hybrids - Pakistan?) etc.