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(To access a Finnish translation of this site: see http://www.designcontest.com/show/software-analysis-fi) (courtesy Oskari Laine)
Purpose:
Analysis | Instrumentation | Hardware | Control system | Applications | Components |
Nominal LHC cycle | Measurements | Power Converters | Timing | Sequencer | Post-mortem |
LHC model | Collimation | Security | Injection Sequencer | Machine model | |
Orbit | TDI | Middleware | Application list (& resource estimates) |
Settings management | |
Luminosity | TCDQ | Real time & Feedback | Sector test requirements | LHC Logging Project | |
Tune | Injection Kickers | Analogue Acquisition | Data distribution | ||
Chromaticity | Dump | RBAC | Fixed displays | ||
Beta beating | Warm magnets | Daemons | XPOC | ||
Radio Frequency | Software interlocks | ||||
Wire scanners | Cryogenics | SDA | |||
SR monitors | Magnet Model | Mode | |||
RGM | Co Rad Mon | Beams | |||
BST diagnostics | Tune kicker | Aperture model | |||
Schottky | AC dipole | Combined monitoring | |||
Screens | |||||
Threader | Aperture Kicker | Beam quality checks | |||
Abort Gap Monitor | K-modulation |
Mandate (Original from 2000 - word)
From 2001, a first pass of:
1. Use Case operational scenarios to establish controls requirements
2. Target specific novel control infrastructure issues to establish requirements
& possible solutions
3. Establish and confirm low level level functionality required of equipment
by high level controls
4. Establish the functionality of the application software
[Andy Butterworth, Oliver Br�ning, Mike Lamont, Marc Vanden Eynden, J�rg Wenninger]
The resultant analysis of the LHC's nominal operational sequence is available as an LHC project note (313)
Comments to:
Mike Lamont