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Last updated: April 21, 2017
Universität Mainz
Lutz Köpke/Sebastian Böser/Peter Peiffer
Ph.D Scientists (Faculty Scientist/Post Doc Grads): 3 (2 1 8)
IceCube Institutional Memorandum Of Understanding (MOU)
Scope of Work
Labor Cat.
Names
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WBS L3
Tasks
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WBS 2.1
WBS 2.2
WBS 2.3
WBS 2.4
WBS 2.5
WBS 2.6
Grand Total
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Program Coordination
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Detector Maintenance & Operations
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Computing & Data Management
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Data Processing & Simulation
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Software
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Calibration
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KE | KöPKE, LUTZ | Administration | SN WG chair | 0.25
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0.25
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KöPKE, LUTZ Total | 0.25
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0.25
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BÖSER, SEBASTIAN | Administration | LE/osc WG co-chair | 0.25
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0.25
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BÖSER; SEBASTIAN Total | 0.25
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0.25
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GR | EHRHARD, THOMAS | Software | PISA | 0.25
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0.25
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EHRHARD, THOMAS Total | 0.25 | ||||||||||||
KRUECKL, GERALD | Detector Monitoring | Moni 2.0, monitoring websites | 0.20
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0.20
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KRÜCKL, GERALD | 0.20
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0.20
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STEUER, ANNA
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Online Filter (Pnf) | HESE filter /Hitspooling | 0.30
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0.30
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STEUER, ANNA Total | 0.30
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0.30
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SANDROOS, JOAKIM | Online Filter (Pnf) | DeepCore filter /HiveSplitter | 0.20
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0.20
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SANDROOS, JOAKIM Total | 0.20
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0.20
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MOMENTE, GIULIO | Detector Monitoring | SuperNova Operations | 0.50
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0.50
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MOMENTE, GIULIO Total | 0.50
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0.50
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UM GR | Detector Monitoring | Detector Monitoring | 0.05
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0.05
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UM PD | Detector Monitoring | Detector Monitoring | 0.05
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0.05
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UM Monitoring Total | 0.10
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0.10
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UM GR | E&O | I3 virtual reality | 0.25
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0.25
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UM Education and Outreach total | 0.25
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0.25
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UM Total | 0.25
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2.05
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2.30 |
Gen-2 tasks:
Name | Task | FTE |
Peter Peiffer | WOM development | 0.8 |
Sebastian Böser | WOM development | 0.2 |
Lutz Köpke | WOM development | 0.05 |
Faculty:
Lutz Köpke – SN working group coordinator
Sebastian Böser – LowEn/Oscillation working group coordinator
Postdoc:
Peter Peiffer – IceCube Gen2 (WOM development)
Ph.D. Students:
Volker Baum – SN DAQ
Thesis/Analysis topics: Search for Low-Energy GRBs
Benjamin Eberhardt – SN DAQ
Thesis/Analysis topics: SN Position and Energy
Anna Steuer – HESE filter /Hitspooling
Thesis/Analysis topic:
Gerald Krückl - SN SNEWS monitoring and Moni-2
Thesis/Analysis topic: Starting upgoing events in IceCube
Giulio Momente - SNDAQ development
Thesis/Analysis topic: Search for hidden supernovae
Thomas Ehrhard - PISA development
Thesis/Analysis topic: Sensitivity to the mass hierarchy of the PINGU
detector
Joakim Sandroos - Neutrino cross section systematics, low energy filter
Thesis/Analysis topic: Measurement of the atmospheric neutrino flux
with DeepCore
Vincenzo Di Lorenzo- Gen2 R&D Hardware Development
Thesis/Analysis topic: Development of the Wavelength shifting optical module
Diploma/Master Students:
Elisa Lohfink Muon-induced spallation in DeepCore/PINGU/MICA
David Kappesser Neutrino-Antineutrino flux ratio using starting track events
Maike Lauf Neutrino mass limits from extragalactic supernovae in MICA
Alexander Fritz Combined analysis of gravitational wave and IceCube neutrino data
Computing Resources
2017
2018
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CPU Cores | GPU Cards | CPU Cores | GPU Cards | |
IceCube | Minimal: 24
Typical: 300 Maximal:10000 |
Cluster upgrade expectation: ~ 1000 Cores for IceCube-Gen2 |
Cluster upgrade expectation: ~ 300 GPUs for IceCube-Gen2 |
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PINGU | Minimal: 8
Typical: 20 Maximal: 85 |
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HEA |
While the resources exclusively allocated for IceCube are small, a very large pool of shared resources can and are being used, mostly for IceCube analysis (CPUs) and PINGU analysis (GPUs). With the coming upgrade of the computing cluster (Mogon-II), a significant increase in resources (both dedicated to IceCube as well as shared) is expected.
Currently available GPU types:
· GTX680
· GTX Titan
· Tesla K20
· GTX480
Currently available CPU types
· Intel Xeon E5-2620
· Intel Xeon 5530
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Mainz_MoU_SOW_2017.0421.docx