| Literature DB >> 31490132 |
Steffen Hauf1, Burkhard Heisen1, Steve Aplin2, Marijan Beg1, Martin Bergemann1, Valerii Bondar1, Djelloul Boukhelef1, Cyril Danilevsky1, Wajid Ehsan1, Sergey Essenov1, Riccardo Fabbri1, Gero Flucke1, Daniel Fulla Marsa1, Dennis Göries1, Gabriele Giovanetti1, David Hickin1, Tobiasz Jarosiewicz1, Ebad Kamil1, Dmitry Khakhulin1, Anna Klimovskaia1, Thomas Kluyver1, Yury Kirienko1, Manuela Kuhn2, Luis Maia1, Denys Mamchyk1, Valerio Mariani2, Leonce Mekinda1, Thomas Michelat1, Astrid Münnich1, Anna Padee1, Andrea Parenti1, Hugo Santos1, Alessandro Silenzi1, Martin Teichmann1, Kerstin Weger1, John Wiggins1, Krzysztof Wrona1, Chen Xu1, Christopher Youngman1, Jun Zhu1, Hans Fangohr1, Sandor Brockhauser1.
Abstract
The Karabo distributed control system has been developed to address the challenging requirements of the European X-ray Free Electron Laser facility, including complex and custom-made hardware, high data rates and volumes, and close integration of data analysis for distributed processing and rapid feedback. Karabo is a pluggable, distributed application management system forming a supervisory control and data acquisition environment as part of a distributed control system. Karabo provides integrated control of hardware, monitoring, data acquisition and data analysis on distributed hardware, allowing rapid control feedback based on complex algorithms. Services exist for access control, data logging, configuration management and situational awareness through alarm indicators. The flexible framework enables quick response to the changing requirements in control and analysis, and provides an efficient environment for development, and a single interface to make all changes immediately available to operators and experimentalists.Keywords: Karabo; control system; data analysis; experiment control; physics facility
Year: 2019 PMID： 31490132 DOI： 10.1107/S1600577519006696
Source DB: PubMed Journal: J Synchrotron Radiat ISSN： 0909-0495 Impact factor: 2.616