Speaker
Mr
Igor Mandrichenko
(Fermilab)
Description
Neutrino physics research is an important part of FNAL scientific program
in post Tevatron era. Neutrino experiments are taking
advantage of high beam intensity delivered by the FNAL accelerator
complex. These experiments share a common
beam infrastructure, and require detailed information about the operation
of the beam to perform their measurements. We have designed and
implemented a system to capture, store and deliver this common beam data
to all of the neutrino experiments in real-time. The solution that we
designed and built is a robust, high reliability, high performance system
that is capable of providing both real-time and historic beam conditions
data to the experiments at different stages in their data acquisition and
analysis chains. This system is currently being integrated into the online
data collection, online monitoring and off-line data processing for each
of the experiments. The presentation will cover the design and
implementation of this system, its interfaces.
Primary author
Mr
Igor Mandrichenko
(Fermilab)
