Presentation is loading. Please wait.

Presentation is loading. Please wait.

Controls EN-ICE UNICOS – PVSS evolution Integration of JCOP devices in UNICOS Jonás Arroyo CERN EN-ICE-SCD 18 March 2010.

Published byMarybeth Eaton Modified over 9 years ago

Similar presentations

Presentation on theme: "Controls EN-ICE UNICOS – PVSS evolution Integration of JCOP devices in UNICOS Jonás Arroyo CERN EN-ICE-SCD 18 March 2010."— Presentation transcript:

1 Controls EN-ICE UNICOS – PVSS evolution Integration of JCOP devices in UNICOS Jonás Arroyo CERN EN-ICE-SCD 18 March 2010

2 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEXJ.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

3 Controls EN-ICE INTRODUCTION  OBJECTIVE:  Integrate JCOP devices into UNICOS: reusing JCOP functionality on UNICOS environment and profit from its features (trending, import, graphical tools...).  PROFITS:  Broad range of JCOP devices and their functionality could be use in UNICOS.  These devices could be used as standard UNICOS devices.  “Easy” way to import devices (JCOP dev. – UNICOS dev. – OPC config file).  Easy way to: configure, manage or control them from UNICOS HMI.  Easy to add a lot of functionality in a new project: Faceplate, Widgets,...  DISADVANTAGES:  Effort from developer to integrate each family of devices.  Redundancy of DPs (UNICOS and JCOP DP must exist).  USERS:  Actually: NA62 DCS prototypes.  Potentially: Any UNICOS user. INTRODUCTION – 1J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

4 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX – 2J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

5 Controls EN-ICE JCOP DEVICES  Concept of Framework Device  Reflect the architecture of the hardware:  Hierarchy: naming convention for DP names : Vendor/parent device/child device/...  Ex: CAEN/Crate01/Board00/Channel001  Separate DPs for each level in hierarchy:  The crate, the board, the channel  To create JCOP devices you should install its device component (Ex: fwCaen 2.3.XX) and:  Use device editor and navigator.  Use mass configurarion tool.  Use fwDevice functions to create from scripting. JCOP DEVICES – 3J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

6 Controls EN-ICE JCOP DEVICES JCOP DEVICES – 4J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010  JCOP Framework offers components for the following devices:  CAEN power supplies  Wiener power supplies  Iseg power supplies  ELMB  LWDAQ (Long-Wire Data Acquisition)  Rack control  ELMB PSU (Power Supply Unit)

7 Controls EN-ICE JCOP DEVICES  Device Definition, “Inheritance” and reuse for device types.  JCOP recommends the use of standardised hardware device types, device families.  Allows to reuse information and functionality for whole family of similar devices.  Encapsulate this information in dedicated data-points: DEVICE DEFINITION.  Device Type: basic and common information for all device family.  Ex: all types of CAEN boards.  Device Model: specific information of one model from device family.  Ex: CAEN Board A230 for SY127 crate.  Device definition contains:  Allowed relations for hierarchy (CAEN board “can have” channels, it has a crate as parent).  Interface: list of dp-elements available for “public use”, with descriptions.  Definition of device-specific “hook” functions (Ex: create a device) and JCOP panels.  Rules for automated peripheral-address generation.  Defaults for configs (Ex: smoothing or dpfunction parameters)  Etc...  Some exceptions from JCOP device model standard: particularly ELMB. JCOP DEVICES – 5J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

8 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX – 6J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

9 Controls EN-ICE UNICOS DEVICES  Architecture: NO HIERARCHY: separation into FRONT-END and DEVICE.  Adding new devices: IMPORT OF A CONFIG FILE, using Import Database Configuration Tool.  Device representation in UNICOS:  DP for meta-info or definition:  _UnFrontEnd DP: has front-end import functions.  _UnSystemIntegrity DP: is UNICOS System Integrity configuration data.  _UnObjects DP: has UNICOS DEVICE configuration data.  DP for device instances:  New DPT (eg._UnFwElmb) and its instance for front-end (stores real data).  Instance of _UnSystemAlarm : UNICOS system integrity alarm for this front-end.  New DPT (e.g. UnFwElmb_AI) and its instances for DEVICES (store real data).  UNICOS has been PLC-oriented: simplified model for devices and functions.  To implement more complex device types, UNICOS mechanisms had to be extended:  The PROXY mechanism. UNICOS DEVICES – 7J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

10 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX - 8J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

11 Controls EN-ICE MATCHING DEVICE CONCEPTS MATCHING DEVICE CONCEPTS – 9J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010  Need to match conceptual models for devices in two frameworks:  UNICOS: Frontend + Device.  JCOP Framework: device hierarchies.  Establish device naming rules for a device in UNICOS:  Fw device naming/structure defines some constraints.  Define the splitting point between frontend and device.

12 Controls EN-ICE CASE: CAEN Power Supplies  CAEN/crate1/board01/channel000 CASE: CAEN – 10J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 FRONT-ENDDEVICE  In JCOP Fw:  CAEN/crate1/  CAEN/crate1/board01/  CAEN/crate1/board01/channel00  CAEN/crate1/board01/channel01

13 Controls EN-ICE CASE: Iseg Power Supplies CASE: ISEG – 11J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010  Iseg/can0/crate1/ma01/ch00 FRONT-ENDDEVICE  In JCOP Fw:  ISEG/can0/  ISEG/can0/crate1  ISEG/can0/crate1/ma01  ISEG/can0/crate1/ma01/ch00

14 Controls EN-ICE CASE: ELMB CASE: ELMB – 12J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010  ELMB/can00/ELMB_NODE/AI/voltage_00 FRONT-ENDDEVICE  In JCOP Fw:  ELMB/can00  ELMB/can00/ELMB_NODE  ELMB/can00/ELMB_NODE/AI  ELMB/can00/ELMB_NODE/AI/voltage_00

15 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX - 13J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

16 Controls EN-ICEPROXY MECHANISM  Try to minimize redundancy of DP and DPE:  Link between UNICOS and JCOP devices through a “PROXY” mechanism:  Store the mapping between the related datapoints in UNICOS and JCOP  Systematic use of this information throughout UNICOS, to access data (read/write) from UNICOS to all related JCOP datapoints  Proxy example: PROXY MECHANISM – 14J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 UnExampleIO ExampleDeviceIO_1 UNICOS DEVICEJCOP DEVICE ExampleDeviceIO_1.proxy = “AnalogDigital/JCOP_EXAMPLE_DIG_IO”,(…) Later, operations on ExampleDeviceIO_1 (dpSet, dpGet, …): “AnalogDigital/JCOP_EXAMPLE_DIG_IO” + “.inValue” “AnalogDigital/JCOP_EXAMPLE_DIG_IO” + “.outValue”

17 Controls EN-ICE PROXY AND DEVICES… PROXY AND DEVICES... – 15J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 UNICOS DEVICE.proxy ELMB/can01/ELMB_TEMP_LAV_1/AI/PT_4W_0_1 REMEMBER on JCOP: ELMB/can01/ELMB_TEMP_LAV_1/AI/PT_4W_0_1 FRONT-END REMEMBER on UNICOS: un-ELMB_PRESS_LAV_1-TEMP_LAV-UnFwElmb_AI-00000 DEVICE JCOP DEVICES UNICOS DEVICE un-ELMB_TEMP_LAV_1-TEMP_LAV-UnFwElmb_AI-00000 ELMB/can01/ ELMB_TEMP_LAV_1 /AI/PT_4W_0_1

18 Controls EN-ICEPROXY AND FRONTENDS… PROXY AND FRONTENDS... – 16J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 REMEMBER on JCOP: ELMB/can01/ELMB_TEMP_LAV_1/AI FRONT-END REMEMBER on UNICOS: _UnFwElmb_FE_ELMB_TEMP_LAV_1 UNICOS FRONT-END.proxy ELMB/can01/ELMB_TEMP_LAV_1 ELMB/can01 ELMB/can01/ELMB_TEMP_LAV_1/AI JCOP DEVICES UNICOS DEVICE ELMB/can01/ELMB_TEMP_LAV_1/AI

19 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX - 17J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

20 Controls EN-ICE IMPORT JCOP DEVICES  Objective: Use UNICOS Import Dabase Config tool to create JCOP devices, UNICOS devices and their links, and additional config files (eg. For OPC Server),.  A single UNICOS Import Config file to do all.  A summary of task that UNICOS Import Database Config Tool would do:  Parse file and check input parameters: are enough and valid ones.  Check JCOP consistency: hierarchy and parameterization.  Check if JCOP and UNICOS devices could be created.  Ensure enough space in local archives  Create JCOP and UNICOS devices.  Configure JCOP devices (including e.g. a file for OPC server)  Configure UNICOS devices  Establish link between JCOP and UNICOS devices.  Setup system integrity for UNICOS front-end device. IMPORT JCOP DEVICES – 18J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

21 Controls EN-ICEINTEGRATE WITH UNICOS… Model behaviour of JCOP devices and front-end as standard UNICOS devices:  Buttons, panels, widgets, faceplates, right click, export, system integrity, diagnostic,...  UnFwDevice.ctl library for common code:  Common UNICOS functions used in graphical representations assume that the device is a PLC, interfaced through registers; Workarounds needed for more complex device.  Other functions used in the import process.  4 libraries specific to each new device family. INTEGRATE WITH UNICOS... – 19J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

22 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX - 20J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

23 Controls EN-ICE SUMMARY OF FUNCTIONS: DB  Import Database configuration SUMMARY OF FUNCTIONS – 21J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

24 Controls EN-ICE SUMMARY OF FUNCTIONS: DB  Export Database configuration SUMMARY OF FUNCTIONS – 22J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

25 Controls EN-ICE SUMMARY OF FUNCTIONS: WIDGETS AND FACEPLATES  Widget  Right Click  Faceplate SUMMARY OF FUNCTIONS – 23J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 FRONT-END AND DEVICES !!!

26 Controls EN-ICE SUMARY OF FUNCTIONS: TRENDING  Faceplate Trend  Dynamic trending SUMMARY OF FUNCTIONS – 24J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 FRONT-END AND DEVICES !!!

27 Controls EN-ICE SUMMARY OF FUNCTIONS: TRENDING  Faceplate Config SUMMARY OF FUNCTIONS – 25J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 FRONT-END AND DEVICES !!!

28 Controls EN-ICE SUMMARY OF FUNCTIONS: TRENDING  Faceplate Trend config SUMMARY OF FUNCTIONS – 26J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 FRONT-END AND DEVICES !!!

29 Controls EN-ICE SUMARY OF FUNCTIONS: FRONTEND DIAGNOSTICS  Diagnostic panel SUMMARY OF FUNCTIONS – 27J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

30 Controls EN-ICE SUMMARY OF FUNCTIONS: SYSTEM INTEGRITY  System Integrity SUMMARY OF FUNCTIONS – 28J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

31 Controls EN-ICE STATUS OF INTEGRATED DEVICES  Integrated the following devices, as needed in NA62 DCS project:  ELMB: advanced prototype.  ISEG: advanced prototype.  CAEN: proof of concept STATUS OF INTEGRATED DEVICES – 29J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

32 Controls EN-ICE INDEX  INTRODUCTION  JCOP DEVICES  UNICOS DEVICES  MATCHING DEVICE CONCEPTS  PROXY MECHANISM  INTEGRATE JCOP DEVICES  SUMMARY OF FUNCTIONS  NEXT STEPS INDEX - 30J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

33 Controls EN-ICE NEXT STEPS  Complete the functionality for ELMB-UNICOS component  Graphical representation  Integrate all ELMB port types  Complete integration of other devices (ISEG, CAEN)  Integrate configuration of archive and alarm from import files  Improve/streamline internal checking engine of the import procedure. NEXT STEPS - 31J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

34 Controls EN-ICE CONTACT, FEEDBACK CONTACT - 32  EN – ICE – SCD:  General: itcontrols.support@cern.ch J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

35 Controls EN-ICE

36 Controls EN-ICE

37 Controls EN-ICE

38 Controls EN-ICE JCOP DEVICES JCOP DEVICES – 4J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

39 Controls EN-ICE UNICOS DEVICES UNICOS DEVICES – 8J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

40 Controls EN-ICE INTEGRATE JCOP DEVICES  UNICOS Import Config file: # ------------------------------ DELETE ----------------------- #Delete: Delete;UNICOS FE DPT; UNICOS FE DP; UNICOS FE APPLICATION; UNICOS DEVICE NAME; UNICOS DEVICE NUMBER; FORCE DELETE CHILDREN DEVICES(not available yet); Delete;_UnFwElmb_FE;ELMB_TEMP_LAV_1;TEMP_LAV;UnFwElmb_AI;*; # ------------------------------ PLCCONFIG ----------------------- #FrontEnd: PLCCONFIG; _UnFwElmb_FE ; FRONTEND NAME ; FRONTEND APPLICATION ; NODE TYPE ; NODE MODEL ; NODE NAME ; CANBUS TYPE ; CANBUS MODEL ; CANBUS NAME ; FRONTEND TYPE ; FRONTEND MODEL ; FRONTEND NAME ; CANBUS COMMENTS ; CANBUS CARD ; CANBUS SPEED ; CANBUS ID ; FRONTEND COMMENTS ; FRONTEND ID; PLCCONFIG;_UnFwElmb_FE;ELMB_TEMP_LAV_1;TEMP_LAV;Node;ELMB;ELMB;ELMB CAN bus;Elmb CAN bus;can01;ELMB IO Node; Elmb Node;ELMB_TEMP_LAV_1;Node 1 CANBus;Kvaser;125000;1;ELMB NODE 1;1; # ------------------------------ SystemAlarm ----------------------- # NOT USED # ------------------------------ Device Analogic Input (Temperature) ----------------------- #DEVICES: UnFwElmb_AI; DEVICE NUMBER ; DEVICE ALIAS ; DEVICE DESCRIPTION ; DIAGNOSTIC PANEL ; WEBPAGE HELP ; DEFAULT PANEL ; DOMINIO ; NATURALEZA ; WIDGET NAME ; JCOP DEVICE TYPE ; JCOP DEVICE MODEL ; JCOP DEVICE FULL NAME ; JCOP FRONTEND FULL NAME ; SENSOR TYPE ; SENSOR PARAMETERS ; SENSOR COMMENTS ; [Boolean archive ; Analog archive ; Event archive;] UnFwElmb_AI;0;LAV_TEMP_4_0_0;TEMP-4-0-0;panel_diagnostico.pnl;www.cern.ch\help;panel_defecto.pnl;DOMINIO;NATURALEZA; UnFwElmb_AI;ELMB Analog Input;Elmb Analogic Input Channel;ELMB/can01/ELMB_TEMP_LAV_1/AI/PT_4W_0_1; ELMB/can01/ELMB_TEMP_LAV_1;Ptx 4-wire;100.0 | 1000.00; INTEGRATE JCOP DEVICES – 15J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

41 Controls EN-ICE INTEGRATE JCOP DEVICES  UNICOS Import Config file: # ------------------------------ DELETE ----------------------- #Delete: Delete; UNICOS FE DPT; UNICOS FE DP; UNICOS FE APPLICATION; UNICOS DEVICE NAME; UNICOS DEVICE NUMBER; FORCE DELETE CHILDREN DEVICES(not available yet); Delete;_UnFwElmb_FE;ELMB_TEMP_LAV_1;TEMP_LAV;UnFwElmb_AI;*; INTEGRATE JCOP DEVICES – 15J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

42 Controls EN-ICE INTEGRATE JCOP DEVICES  UNICOS Import Config file: # ------------------------------ PLCCONFIG ----------------------- #FrontEnd: PLCCONFIG; _UnFwElmb_FE ; FRONTEND NAME ; FRONTEND APPLICATION ; NODE TYPE ; NODE MODEL ; NODE NAME ; CANBUS TYPE ; CANBUS MODEL ; CANBUS NAME ; FRONTEND TYPE ; FRONTEND MODEL ; FRONTEND NAME ; CANBUS COMMENTS ; CANBUS CARD ; CANBUS SPEED ; CANBUS ID ; FRONTEND COMMENTS ; FRONTEND ID; PLCCONFIG;_UnFwElmb_FE;ELMB_TEMP_LAV_1;TEMP_LAV;Node;ELMB;ELMB; ELMB CAN bus;Elmb CAN bus;can01;ELMB IO Node;Elmb Node; ELMB_TEMP_LAV_1;Node 1 CANBus;Kvaser;125000;1;ELMB NODE 1;1; INTEGRATE JCOP DEVICES – 15J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

43 Controls EN-ICE INTEGRATE JCOP DEVICES  UNICOS Import Config file: # ------------------------------ Device Analogic Input (Temperature) ----------------------- #DEVICES: UnFwElmb_AI; DEVICE NUMBER ; DEVICE ALIAS ; DEVICE DESCRIPTION ; DIAGNOSTIC PANEL ; WEBPAGE HELP ; DEFAULT PANEL ; DOMINIO ; NATURALEZA ; WIDGET NAME ; JCOP DEVICE TYPE ; JCOP DEVICE MODEL ; JCOP DEVICE FULL NAME ; JCOP FRONTEND FULL NAME ; SENSOR TYPE ; SENSOR PARAMETERS ; SENSOR COMMENTS ; [Boolean archive ; Analog archive ; Event archive;] UnFwElmb_AI;0;LAV_TEMP_4_0_0;TEMP-4-0-0;panel_diagnostico.pnl; www.cern.ch\help;panel_defecto.pnl;DOMINIO;NATURALEZA;UnFwElmb_AI; ELMB Analog Input;Elmb Analogic Input Channel; ELMB/can01/ELMB_TEMP_LAV_1/AI/PT_4W_0_1; ELMB/can01/ELMB_TEMP_LAV_1;Ptx 4-wire;100.0 | 1000.00; INTEGRATE JCOP DEVICES – 15J.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010

44 Controls EN-ICE.PROXY .proxy (DPE):  FRONT-END  DEVICE  Access to JCOP device from UNICOS world:  Unicos DEVICE DP ->.proxy -> JCOP DEVICE -> read / modify /check DPE  Unicos DEVICE DP ->.proxy -> JCOP DEVICE = get parents by DP name or fwDevice functions. REMEMBER on JCOP: ELMB/can00/ELMB_NODE/AI/voltage00.PROXYJ.Arroyo, P.Golonka – EN/ICE/SCD – JCOP devices. – 18 th March 2010 Main JCOP device Front End UNICOS device Sub JCOP device Front End UNICOS device Sub 2 JCOP device Front End UNICOS device Sub 3 JCOP device Front End UNICOS device … Front End UNICOS device Main JCOP device DEVICE UNICOS device Sub JCOP device DEVICE UNICOS device Sub 2 JCOP device DEVICE UNICOS device Sub 3 JCOP device DEVICE UNICOS device … DEVICE UNICOS device dyn_string FRONT-ENDDEVICE 1 item N item

Download ppt "Controls EN-ICE UNICOS – PVSS evolution Integration of JCOP devices in UNICOS Jonás Arroyo CERN EN-ICE-SCD 18 March 2010."

Similar presentations

JCOP FW Update ALICE DCS Workshop 6 th and 7 th October, 2005 Fernando Varela Rodriguez, IT-CO Outline Organization Current status Future work.

JCOP FW Update ALICE DCS Workshop 6 th and 7 th October, 2005 Fernando Varela Rodriguez, IT-CO Outline Organization Current status Future work.
PVSS and JCOP Framework Organization, Support & News Oliver Holme IT-CO.

PVSS and JCOP Framework Organization, Support & News Oliver Holme IT-CO.
CPV DCS STATUS REPORT Mikhail Bogolyubsky (IHEP, Protvino) Serguei Sadovsky (IHEP, Protvino) CERN, DCS meeting, 30 January, 2007.

CPV DCS STATUS REPORT Mikhail Bogolyubsky (IHEP, Protvino) Serguei Sadovsky (IHEP, Protvino) CERN, DCS meeting, 30 January, 2007.
Experiment Control Systems at the LHC An Overview of the System Architecture An Overview of the System Architecture JCOP Framework Overview JCOP Framework.

Experiment Control Systems at the LHC An Overview of the System Architecture An Overview of the System Architecture JCOP Framework Overview JCOP Framework.
Detector Control System at the GIF++ A. Polini, M. Romano (AIDA+INFN Bologna) on behalf of WP 8.5.3 group Gif++ User Meeting 11/07/2014 Outline Status.

Detector Control System at the GIF++ A. Polini, M. Romano (AIDA+INFN Bologna) on behalf of WP group Gif++ User Meeting 11/07/2014 Outline Status.
RPC Trigger Software ESR, July 2003. 2 Tasks subsystem DCS subsystem Run Control online monitoring of the subsystem provide tools needed to perform on-

RPC Trigger Software ESR, July Tasks subsystem DCS subsystem Run Control online monitoring of the subsystem provide tools needed to perform on-
Uli Schäfer Discussions with H.B. after last meeting… All ATLAS standard racks and crates will be monitored. Helfrieds group will equip them with ELMBs.

Uli Schäfer Discussions with H.B. after last meeting… All ATLAS standard racks and crates will be monitored. Helfrieds group will equip them with ELMBs.
FwSPY and UNICOS-CPC Benjamin Bradu Giulio Morpurgo CERN, EN-ICE May2015.

FwSPY and UNICOS-CPC Benjamin Bradu Giulio Morpurgo CERN, EN-ICE May2015.
Industrial Control Engineering UNICOS framework 2014 Marco Boccioli - EN/ICE-SCD - 18/12/2014  UNICOS 6.2.7  UNICOS 6.3.1  Plan for Q1 2015.

Industrial Control Engineering UNICOS framework 2014 Marco Boccioli - EN/ICE-SCD - 18/12/2014  UNICOS  UNICOS  Plan for Q
CPC (C ONTINUOUS P ROCESS C ONTROL ) SCADA UNICOS: UN IFIED I NDUSTRIAL CO NTROL S YSTEM CPC (C ONTINUOUS P ROCESS C ONTROL ) SCADA 1 Marco Boccioli -

CPC (C ONTINUOUS P ROCESS C ONTROL ) SCADA UNICOS: UN IFIED I NDUSTRIAL CO NTROL S YSTEM CPC (C ONTINUOUS P ROCESS C ONTROL ) SCADA 1 Marco Boccioli -
Introduction to the Enterprise Library. Sounds familiar? Writing a component to encapsulate data access Building a component that allows you to log errors.

Introduction to the Enterprise Library. Sounds familiar? Writing a component to encapsulate data access Building a component that allows you to log errors.
A Scalable Application Architecture for composing News Portals on the Internet Serpil TOK, Zeki BAYRAM. Eastern MediterraneanUniversity Famagusta Famagusta.

A Scalable Application Architecture for composing News Portals on the Internet Serpil TOK, Zeki BAYRAM. Eastern MediterraneanUniversity Famagusta Famagusta.
Using PVSS for the control of the LHCb TELL1 detector emulator (OPG) P. Petrova, M. Laverne, M. Muecke, G. Haefeli, J. Christiansen CERN European Organization.

Using PVSS for the control of the LHCb TELL1 detector emulator (OPG) P. Petrova, M. Laverne, M. Muecke, G. Haefeli, J. Christiansen CERN European Organization.
Novel techniques while developing on the WinCC OA Experience with the UCPC library.

Novel techniques while developing on the WinCC OA Experience with the UCPC library.
Automatic Generation Tools UNICOS Application Builder Overview 11/02/2014 Ivan Prieto Barreiro - EN-ICE1.

Automatic Generation Tools UNICOS Application Builder Overview 11/02/2014 Ivan Prieto Barreiro - EN-ICE1.
Data Acquisition Data acquisition (DAQ) basics Connecting Signals Simple DAQ application Computer DAQ Device Terminal Block Cable Sensors.

Data Acquisition Data acquisition (DAQ) basics Connecting Signals Simple DAQ application Computer DAQ Device Terminal Block Cable Sensors.
Imperial College Tracker Slow Control & Monitoring.

Imperial College Tracker Slow Control & Monitoring.
09/11/20061 Detector Control Systems A software implementation: Cern Framework + PVSS Niccolo’ Moggi and Stefano Zucchelli University and INFN Bologna.

09/11/20061 Detector Control Systems A software implementation: Cern Framework + PVSS Niccolo’ Moggi and Stefano Zucchelli University and INFN Bologna.
Update on Database Issues Peter Chochula DCS Workshop, June 21, 2004 Colmar.

Update on Database Issues Peter Chochula DCS Workshop, June 21, 2004 Colmar.
June 14, 2005 Alice DCS workshop, Utrecht S.Popescu Guidelines and conventions for ALICE PVSSII control software Graphical User Interface Naming and Numbering.

June 14, 2005 Alice DCS workshop, Utrecht S.Popescu Guidelines and conventions for ALICE PVSSII control software Graphical User Interface Naming and Numbering.

Similar presentations

Ads by Google