Title :
Using Archon - 3. Particle acceleration control
Author :
Perriollat, Fabien ; Skarek, Paul ; Varga, Laszlo Zsolt ; Jennings, Nick R.
Abstract :
For pt.2 see ibid., p.71-9 (1996). The Archon distributed AI software framework integrated two preexisting standalone systems into a consistent, flexible application. The integrated systems provide useful information to each other and improve each other´s performance through cooperation. The authors describe the use of the Archon framework to build a distributed AI application for controlling, and diagnosing faults in the Proton Synchrotron, one of CERN´s (the European Laboratory for Particle Physics) particle accelerators. The PS complex is the heart of CERN´s accelerators and experimental facilities and also acts as an injector for the larger accelerators.
Keywords :
cooperative systems; distributed processing; high energy physics instrumentation computing; intelligent control; particle accelerators; physics; software agents; Archon distributed AI software framework; CERN; European Laboratory for Particle Physics; Proton Synchrotron; distributed AI application; experimental facilities; flexible application; integrated systems; particle acceleration control; particle accelerators; preexisting standalone systems; Accelerated aging; Acceleration; Application software; Artificial intelligence; Control systems; Laboratories; Linear particle accelerator; Physics; Protons; Synchrotrons;
Journal_Title :
IEEE Expert