17
Antares Slow Antares Slow Control Status Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October 15-19, 2007 Jean-Michel Gallone Jean-Michel Gallone on behalf of the ANTARES Collaboration on behalf of the ANTARES Collaboration

Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Embed Size (px)

Citation preview

Page 1: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Antares Slow Antares Slow Control StatusControl Status

2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October 15-19, 2007

Jean-Michel GalloneJean-Michel Galloneon behalf of the ANTARES Collaborationon behalf of the ANTARES Collaboration

Page 2: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

23 Institutes from7 European countries

40 km submarine cable

-2475m

ANTARES shore station ANTARES collaboration and ANTARES collaboration and locationlocation

Page 3: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Neutrino telescope: Detection principleNeutrino telescope: Detection principle

č

43°Sea floor

p

104

atm

p, 107

at

m

Reconstruction of trajectory (~ ) from timing and position of PMT hits

interaction

Cherenkov light from

3D PMTarray

1-100 cosm

Page 4: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Detector Detector layoutlayout

~70 m

12 lines (900 PMTs) 25 storeys / line 3 PMTs/storey

350 m

100 m

14.5 m

Junctionbox

Readout cables

40 km toshoreHorizontal layout

Sea bed ~ -2500 m

a storey

Page 5: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Hydrophone:acoustic positioning

Optical Module:10” PMT in 17” glass sphere

photon detection

Basic detection and calibration Basic detection and calibration elementselements

Local Control Module

(in Ti container):Front-end ASIC, Clock, DAQ/SC,

compass/roll/pitch

Optical Beaconwith blue LEDs:timing calibration

Page 6: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Detector line deploymentDetector line deployment

Page 7: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Submarine detector line Submarine detector line connectionconnection

Page 8: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Submarine detector line Submarine detector line connectionconnection

Page 9: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

9+1 lines in sea, 5 in 9+1 lines in sea, 5 in operationoperation

L11

L9

L10

L12

L7

L8

L6

L4

L2

L3

L5

L1

IL07

seismometer

100 m

N

Junction box

Submarinecable

to shore

42°50’ N

6°10’E

5 lines detector

(since January 29th)

(Sept. 2007)

Page 10: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Status store in Status store in DatabaseDatabase

On Shore SC System

Slow Control

DataBase

Monitor

ElectronicModule

LCMContainer

Off Shore SC SystemM

odbu

s

Polling

RunControl

SetUp

Control Room

DataWriter

DAQ

Page 11: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

DatabaseDatabase TablesTables

Construction Tables

Integration Tables

Set Up Tables

Product Structure Tables

Modbus Tables

PollingTables

Process List Tables

Oracle DataBase – Store in CCIn2p3 @ Lyon

Raw Data Tables

Parameter Tables

Run Tables

Monitored Values Tables

Calibration Tables

Page 12: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

DAQ / SC Synchronisation

StandBy Ready Running

Paused

Idle

Init Configure Start

PauseContinueQuit

Stop

ResetReset

Page 13: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Raw Data Update

On Shore SC System

DataBase

Electronic

LCM

Off Shore SC System

DBWriterMod

bus

Polling

Dispatcher SetUp

Control Room

DWDM

Page 14: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Monitoring Data Path

On Shore SC System

Set Up

DBWriter

Polling

Parser

Dispatcher

Monitor

RunControl

Control Room

Raw Data

ModBusRequests

View

MonitoredValues

Calibration

Run

Page 15: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Sample 1 : Aquadopp Monitor

Page 16: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

Sample 2 : Compass Monitor

Page 17: Antares Slow Control Status 2007 International Conference on Accelerator and Large Experimental Physics Control Systems - Knoxville, Tennessee - October

• 3D ANTARES detector operational with 5 lines; 4 extra lines in the sea waiting to be connected, 12 lines detector completed early 2008

• Slow control records detector status in database

• Biggest tables are about 1 Go / Years / Line

• Monitor GUI are provided but can be easily generated by users

• Several millions of down going events available to study detector behavior in various bioluminescence conditions

• First underwater neutrino candidates reconstructed in the Mediterranean sea

• MC comparison ongoing, physics results expected soon

SummarySummary