70 likes | 193 Vues
This document delves into the architecture and design of the AGATA slow control system, focusing on the integration of ENX, Embedded Linux mezzanine segments, and expert control mechanisms. It discusses the functionality of various components including registers, servers, and crystal devices. Furthermore, it highlights web service provisions for access and control. Emphasis is placed on the global configuration capabilities and the adaptability of the system to meet new standards. This integrates seamless communication between crystals, digitizers, and preprocessing cards for optimal detector operation.
E N D
Mezzanine Slow Control using ENX AGATA - Slow Control meeting
ENX • Registers Server (Ada inside) • ENX Device / ENX Drivers • http://enx.in2p3.fr/ AGATA - Slow Control meeting
Global design Detector AGATAcontrol To the others crystalsand preprocessing cards Cluster 1Crystal 1 Cluster 1Crystal 3 Cluster 1Crystal 2 Preprocessingcards Preprocessingcards Expertcontrol Preprocessingcards AGATA - Slow Control meeting
Embedded LinuxMezzanine segment 1 Embedded LinuxMezzanine segment … Embedded LinuxMezzanine segment 2 ENXcore ENXcore ENXcore Mezzaninedevice Mezzaninedevice Mezzaninedevice ENX architecture Linux server (slowcontrol.agata.daq) Crystaldevice Crystaldevice ENXcore Crystaldevice AGATAcontrol Crystaldevice Detectordevice To othersMezzanine cards Expertcontrol AGATA - Slow Control meeting
Expert Slow Control • Providing Web Services • Access to registers • See Nabil’s presentation AGATA - Slow Control meeting
Global Slow Control • Providing Web Services • Same as Digitizer Web Services (Reset / Init / Start / …) • Can be changed on demand, to be compliant with a new Slow Control standard WSDL AGATA - Slow Control meeting
Global Configuration • Save/Load Global configuration: • Card Setup • Link between: • Crystal • Digitizer • Mezzanine • Carrier • Preprocessing Node AGATA - Slow Control meeting