Step4RunningRequirements » History » Revision 27
Revision 26 (Dobbs, Adam, 07 May 2014 13:49) → Revision 27/48 (Dobbs, Adam, 07 May 2014 13:49)
h1. Step 4 Running Requirements
{{toc}}
h2. Personnel
|
| *Task* | *Sub Task* | *Owner* | *Notes* |
| Pool of MOMs | | Boyd | |
| Pool of BLOCs | | Nebrensky | ~5 trained at present |
| Pool of SOCs | | Rajaram | |
| Pool of shifters | | Kyberd? | 24 at current count, 6 qualified as lead shifters, see [[Training_Shifters]] |
| Shift allocation scheme and recording system | | Blondel | |
| Detector experts | | Soler | |
|
h2. Beamline
Overall responsibility for beamline rests with Pasternak / Nebrensky.
|
| *Task* | *Sub Task* | *Owner* | *Notes* |
| Target || Hodgson |
| Decay Solenoid | | | |
| Proton Absorbers | | | |
| Conventional Magnets | | Hughes | |
| Beam Stop | | Govans | |
|
h2. Cooling Channel
|
| *Task* | *Sub Task* | *Owner* | *Notes* |
| Spectrometer Solenoids | | | |
| Hydrogen delivery system | | Watson | |
| FC1 | | Cobb | |
| LH2 Absorber | | | |
| LiH Absorber | | | |
| Quench Protection and Monitoring | | | |
|
h2. Detectors
|
| *Task* | *Sub Task* | *Owner* | *Notes* |
| CKOVs | | Cremaldi | |
| TOFs | | Bonesini | |
| Tracker | | Adey / Dobbs / Uchida | Detailed plan in place, needs integrating with main MICE schedule, see http://micewww.pp.rl.ac.uk/documents/85 |
| KL | | Bogolimov | |
| EMR | | Blondel | |
|
h2. Hall and Infrastructure
|
| *Task* | *Sub Task* | *Owner* | *Notes* |
| Hall Services | | | |
| | Neutron Monitor | | |
| | Oxygen depletion alarm | | |
| | PPS | | |
| | Clean (what standard?) | | |
| | Surveys | | |
| PRY | | | |
| Cooler Compressors | | | |
| Vacuum System | | | |
| Power Systems | | | |
|
h2. DAQ
* DATE
* Run Control Interface
* Digitisation boards (-> FPGA system)
h2. Online Computing
* Online Monitoring
* Online Reconstruction
* Data storage and movement
* UPS
* RAID systems
* Data mover
* Controls and Monitoring
* Run Control
* Alarm handler
* Environment readout
* Webcams
* DS
* Target
* Proton absorber
h2. Offline Computing
* Full reconstruction chain with all detectors
* Global fits
* Data quality checks
* Automated grid batch processing