A tutorial satellite event will precede on 16 Jan:
- Physical optics simulations with Sirepo
- Experiment Control with Python: ophyd/Bluesky
The 17 Jan - 18 Jan Workshop will encompass
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Coordination of mechatronic instruments and detectors. This could be
- hardware (e.g. PanDa box)
- software (scan)
- synchronisation (trigger)
Coordination of motor actions (sample, slit, mirror, grid, ID gap, shift)
Device representation (simulation, model, hardware unit), device grouping
Functional units resembling physical properties (energy, focus, resolution)
Software frameworks (flow control, alarm, archiving, process tuning) Data analysis (evaluation, representation, quality assurance)
Work breakdown (co-operations, contractors, commercial partners)
Analysis of sample properties and the probing process is omitted here.
The format will be plenary talks and poster presentations.
The program is developed with guidance of
D. Allan (NSLS II)
D. Flath (SLAC)
M. Heron (Diamond)
A. Jankowiak (HZB)
M. Janousch (PSI)
V. Hardion (MAX IV)
O.-P. Sauer (HZB)
J. Viefhaus (HZB)
The Workshop covers the following topics: |
| Preceding Satellite Event: Hands on tutorials |
| Tutorials on Sirepo and Bluesky |
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| Experiment Controls Architecture Options |
| General Platform Choices, Components, Connectivity |
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| Software Stacks |
| Toolkits, layers on top of base Frameworks EPICS, TANGO |
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| Beamline Simulation and Tuning tools |
| Modelling, support of process control |
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| Task synchronization methods |
| Coordination, trigger, fly modes |
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| Collaborations, partners |
| Co-developments, common platforms, workgroup communities, commercial contractors |
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Event calendar file
