Robin Lauckner
(CERN)
16/01/2007, 09:30
Nikolai Trofimov
(CERN)
16/01/2007, 10:00
This talk will cover the following items:
- PM data model
- Client API
- PM server
- Data processing and SDDS conversion
- Performance and scalability
- Current status
Boris Khomenko
(Joint Institute for Nuclear Research (JINR))
16/01/2007, 11:00
The presentation will cover:
- Data arrival and event building
- SDDS format and its implementation for PM
- PMX method for data description and control
- SDDS converter - generic version
- Possible enchancement of the converter
- LabVIEW application/framework for individual data module (PMM)
- PMM data locator
- PMM SDDS ascii/binary loader
- Internal data classes
- Data viewing
-...
Katarina Sigerud
(CERN)
16/01/2007, 11:30
LASER will provide alarm event information to the PM
system in the case of a PM event. A first solution,
agreed between the LASER and the PM teams at the
end of 2005, will be described. Since then, the LASER
system has evolved which opens up other possibilities
to integration. These solutions will be discussed as well
as the questions they give rise to.
Antonio Vergara Fernandez
(Cent.de Investigac.Energeticas Medioambientales y Tecnol. (CIEMA)
16/01/2007, 14:00
The commissioning of the warm part of the superconducting
circuits of the LHC started in 2005 with the short-circuit
tests of the power converters where the non-superconducting
elements of the circuits are being commissioned together
with their associated general services.
Once the circuits are at their operation temperature
and before powering them, the interlock system will...
Hubert Reymond
(CERN)
16/01/2007, 15:00
Three components of the Post Mortem Analysis are already
used by the equipment support teams. This talk will present
the status and the modes of operation for each of them. Then
the present architecture will be detailed, followed by the
implementation dedicated to the Hardware Commissioning.
Stephane Bart Pedersen
(CERN)
17/01/2007, 14:05
The key beam instruments for post-mortem diagnostics
in the LHC include:
• the beam position monitors (BPM), • the beam loss monitors (BLM), • the beam current transformers (BCT), • the non-destructive beam profile monitors, • the tune measurement, • the abort gap monitors. Turn by turn (or highest time resolution) data will be provided for all systems...
• the beam position monitors (BPM), • the beam loss monitors (BLM), • the beam current transformers (BCT), • the non-destructive beam profile monitors, • the tune measurement, • the abort gap monitors. Turn by turn (or highest time resolution) data will be provided for all systems...
Dr
Andrew Butterworth
(CERN)
17/01/2007, 14:35
The RF acceleration (ACS) and transverse damper (ADT)
systems will supply post-mortem data at various
acquisition rates. The PLCs controlling the power
systems acquire at a few Hz, while high-speed
digitizers and acquisition buffers embedded in the low-
level hardware acquire transient signals at 80
MSamples/s over time periods ranging from a few
milliseconds to several hundred...
