Author :
Brigljevic, V. ; Bruno, G. ; Cano, E. ; Cittolin, S. ; Erhan, S. ; Gigi, D. ; Glege, F. ; Gomez-Reino, R. ; Gulmini, M. ; Gutleber, J. ; Jacobs, C. ; Kozlovszky, M. ; Larsen, H. ; Magrans, I. ; Meijers, F. ; Meschi, E. ; Murray, S. ; Oh, A. ; Orsini, L. ;
Abstract :
A comprehensive model based on XML technologies to interface data acquisition hardware devices for configuration and control purposes is presented. The model builds upon the use of a unified syntax for describing hardware devices, configuration data, test results as well as control sequences. The integration of the model with the online software framework of the CMS experiment is under evaluation.
Keywords :
XML; control engineering computing; data acquisition; high energy physics instrumentation computing; CMS experiment; XML technologies; configuration data; control sequences; data acquisition hardware devices; online software framework; unified syntax; uniform XML-based approach; Collision mitigation; Continuous time systems; Control systems; Data acquisition; Hardware; Helium; Jacobian matrices; Physics; Testing; XML;
