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| = Event Model for Combined DAQ for the Linear Collider Community = |
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| == Introduction to the AIDA2020 project and the WP5 (Data acquisition system for beam tests) == === What is AIDA-2020? === |
= Introduction to the AIDA2020 project and the WP5 (Data acquisition system for beam tests) = == What is AIDA-2020? == |
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| === WP5: Data acquisition system for beam tests === | == WP5: Data acquisition system for beam tests == |
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| ==== Objectives ==== | === Objectives === |
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| ==== Tasks ==== | === Tasks === |
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| == Task 5.5: Event Model for Combined DAQ == === EUDAQforLC === ==== RawDataEvent format ==== === LCIO data format === ==== Scintillator Calorimeters (AHCAL and ScECAL using Spiroc ASICs) ==== ==== SDHCAL ==== ==== Silicon ECAL with tungsten absorber ==== ==== TPC ==== === Event Building === ==== AHCAL standalone case ==== |
= Task 5.5: Event Model for Combined DAQ within the Linear Collider Community = == EUDAQforLC == === RawDataEvent format === == LCIO data format == === Scintillator Calorimeters (AHCAL and ScECAL using Spiroc ASICs) === === SDHCAL === === Silicon ECAL with tungsten absorber === === TPC === == Notes in Event Building == === AHCAL standalone case === |
Contents
Introduction to the AIDA2020 project and the WP5 (Data acquisition system for beam tests)
What is AIDA-2020?
The AIDA-2020 project brings together the leading European research infrastructures in the field of detector development and testing and a number of institutes, universities and technological centers, thus assembling the necessary expertise for the ambitious programme of work.
Visit the AIDA2020 webpage.
WP5: Data acquisition system for beam tests
Visit the AIDA2020 WP5 webpage.
AIDA-2020 is divided into 15 Work Packages. A Work Package (WP) is a unit of work within the project. The WPs are theoretically independent but they were defined in order to foster synergies in AIDA-2020.
Objectives
- Specification of interfaces and provision of a control and timing system to allow multiple detectors to be linked together.
- Develop a central data acquisition software and run control to enable multiple detectors to be combined in one experiment.
- Develop monitoring systems to automatically check the data quality.
- Develop a system to monitor the environmental conditions, such as temperature, of several detectors.
- Define an event for online data where data is combined from detectors with very different signals and properties.
Tasks
Task |
Task Leaders |
Task 5.1 Scientific coordination |
David Cussans (UNIBRIS) |
Task 5.2 Interface, synchronisation and control of multiple-detector systems |
David Cussans (UNIBRIS) |
Task 5.3 Development of central DAQ software and run control |
Matthew Wing (UCL) |
Task 5.4 Development of data quality and slow control monitoring |
Fabrizio Salvatore (USSUS) |
Task 5.5 Event model for combined DAQ |
Adrian Irles (DESY) |
WP5 Technology Transfer Officer |
Matthew Wing (UCL) |
Task 5.5: Event Model for Combined DAQ within the Linear Collider Community
EUDAQforLC
RawDataEvent format
LCIO data format
Scintillator Calorimeters (AHCAL and ScECAL using Spiroc ASICs)
SDHCAL
Silicon ECAL with tungsten absorber
TPC
Notes in Event Building