Thoughts on the E(U)RICA DAQ Hidetada Baba RIKEN.

Slides:

Advertisements

Similar presentations

Network II.5 simulator ..

Advertisements

XFEL 2D Pixel Clock and Control System Train Builder Meeting, DESY 22 October 2009 Martin Postranecky, Matt Warren, Matthew Wing.

RIBF P. Coleman-Smith, T. Davinson, A. Estrade, C. Griffins, L. Harkness-Brennan, G. Lorusso, K. Matsui, P. Morrall, S. Nishimura, V.

PXL RDO System Requirements And meeting goals 11/12/2009BNL_CD-1_SENSOR_RDO - LG1.

MICE Beam Loss vs Particle Rate Adam Dobbs, ISIS Meeting, 18 th December 2009.

Coupling an array of Neutron detectors with AGATA The phases of AGATA The AGATA GTS and data acquisition.

RPC Electronics Status Overall system TDC –Digitizing frequency issue (determine the bin size of the TDC value) Discriminator test result Trigger module.

1 HLT – ECS, DCS and DAQ interfaces Sebastian Bablok UiB.

The TIMING System … …as used in the PS accelerators.

July test beam DAQ status Marcin Byszewski Konstantinos Ntekas.

Star (Traditional) Database Tasks & MySQL 1. Database Types & Operation Issues 2. Server & Database deployments 3. Tools with MySQL 4. Data definition.

SNS Integrated Control System EPICS Collaboration Meeting SNS Machine Protection System SNS Timing System Coles Sibley xxxx/vlb.

TID and TS J. William Gu Data Acquisition 1.Trigger distribution scheme 2.TID development 3.TID in test setup 4.TS development.

Trigger Supervisor (TS) J. William Gu Data Acquisition Group 1.TS position in the system 2.First prototype TS 3.TS functions 4.TS test status.

Prototype Test of SPring-8 FADC Module Da-Shung Su Wen-Chen Chang 02/07/2002.

SNS Integrated Control System SNS Timing Master LA-UR Eric Bjorklund.

Taikan Suehara, CALICE DAQ TF, 7 Apr page 1 CALICE DAQ TF meeting Taikan Suehara (Kyushu University, Japan)

Ancillary Detectors Working Group Agata Week/GSI, 23 Feb Integration of ancillaries with DAQ Goal Context Specifications, modes Design Schedule &

Coupling Neutron Detector array (NEDA) with AGATA The AGATA Front-End processing Electronics & DAQ The AGATA Trigger and Synchronization (GTS) Coupling.

Update on the new reconstruction software F. Noferini E. Fermi center INFN CNAF EEE Analysis Meeting - 14/09/20151.

Pixel hybrid status & issues Outline Pixel hybrid overview ALICE1 readout chip Readout options at PHENIX Other issues Plans and activities K. Tanida (RIKEN)

22nd February 1999Ian Lazarus NPG, CLRC1 TDR for data processing 22nd February 1999 Ian Lazarus Nuclear Physics Group CLRC, Daresbury Lab.

General Time Update David Thompson Epics Collaboration Meeting June 14, 2006.

GAYA Analyzer What Is It All About? GAYA Analyzer Medical Imaging - Gamma Medica Camera.

RISING stopped beam trigger Take Saito and Nik Kurz.

SNS Integrated Control System Timing Clients at SNS DH Thompson Epics Spring 2003.

Taikan Suehara, Belgrade, 9 Oct page 1 SiECAL DAQ Taikan Suehara (Kyushu University, Japan)

Features of the new Alibava firmware: 1. Universal for laboratory use (readout of stand-alone detector via USB interface) and for the telescope readout.

Xiangming Sun1PXL Sensor and RDO review – 06/23/2010 STAR XIANGMING SUN LAWRENCE BERKELEY NATIONAL LAB Firmware and Software Architecture for PIXEL L.

Online Software 8-July-98 Commissioning Working Group DØ Workshop S. Fuess Objective: Define for you, the customers of the Online system, the products.

Timing Requirements for Spallation Neutron Sources Timing system clock synchronized to the storage ring’s revolution frequency. –LANSCE: MHz.

Overview of DAQ at CERN experiments E.Radicioni, INFN MICE Daq and Controls Workshop.

January 31, MICE DAQ MICE and ISIS Introduction MICE Detector Front End Electronics Software and MICE DAQ Architecture MICE Triggers Status and Schedule.

Taikan Suehara, CALICE electronics and DAQ WS, 16 Dec page 1 Combined DAQ & DAQ Task force Taikan Suehara (Kyushu University, Japan)

2003 Conference for Computing in High Energy and Nuclear Physics La Jolla, California Giovanna Lehmann - CERN EP/ATD The DataFlow of the ATLAS Trigger.

1 07/10/07 Forward Vertex Detector Technical Design – Electronics DAQ Readout electronics split into two parts – Near the detector (ROC) – Compresses and.

Kraków4FutureDaQ Institute of Physics & Nowoczesna Elektronika P.Salabura,A.Misiak,S.Kistryn,R.Tębacz,K.Korcyl & M.Kajetanowicz Discrete event simulations.

1Ben ConstanceFONT Meeting 1st August 2008 ATF2 digital feedback board 9 channel board with replaceable daughter board (RS232 etc.) − Board will log data.

REDNet - Status overview Rok Stefanic Ziga Kroflic

Experimental Facilities Division ORNL DAQ System Interfaces Neutron Science Software Workshop Oct 13, 2003 Rick Riedel.

VULCAN Handshake June Purpose Control system tracks – Proton charge on target – # of neutrons received by detector – # of neutrons..

Beta decay around 64 Cr GANIL, March 25 th V 63 V 64 V 60 V 61 V 63 Cr 64 Cr 65 Cr 61 Cr 62 Cr 60 Cr 64 Mn 65 Mn 66 Mn 65 Fe 67 Fe 1) 2 + in 64.

A Super-TFC for a Super-LHCb (II) 1. S-TFC on xTCA – Mapping TFC on Marseille hardware 2. ECS+TFC relay in FE Interface 3. Protocol and commands for FE/BE.

Kevin Nash MaPSA-Light test system 1. The System 2.

ESS Timing System Prototype 2012 Miha Reščič, ICS

LKr readout and trigger R. Fantechi 3/2/2010. The CARE structure.

Tracking at the Fermilab Test Beam Facility Matthew Jones, Lorenzo Uplegger April 29 th Infieri Workshop.

Hidetada Baba Research Associate Computing and Network Team RIKEN Nishina Center.

Jorge Agramunt Ros BRIKEN DAQ Status. DAQ Integration, tests and background measurements at RIKEN. Jorge Agramunt Ros 3º BRIKEN Workshop July 2015.

Requested hardware for Clermont-Ferrand in the test beam 2015 September 23 Roméo Bonnefoy and François Vazeille This material is provided by LPC and Collaboration:

Taikan Suehara, HGC4ILD workshop at LLR, 2 Feb page 1 Common DAQ Taikan Suehara (Kyushu University, Japan)

DAQ topics by H.B. Hidetada Baba RIKEN Nishina Center.

MADEIRA Valencia report V. Stankova, C. Lacasta, V. Linhart Ljubljana meeting February 2009.

DAQ Requirements M. Villa 21/02/2011.

Intro to USB-6009 DAQ.

Off-line Event Building

JEDI polarimetry – Developments at SMART|EDM_Lab

RIBF DAQ Hidetada Baba.

Iwaki System Readout Board User’s Guide

ECAL Integration / CALICE DAQ task force

DAQ for ATLAS SCT macro-assembly

A New Clock Distribution/Topology Processor Module for KOTO (CDT)

ProtoDUNE SP DAQ assumptions, interfaces & constraints

Status of n-XYTER read-out chain at GSI

The CMS Tracking Readout and Front End Driver Testing

Beam Synchronous Acquisition on IOC

Measurement 2 Measurement 3 Condition Monitoring Integration with Embedded Software and On Key Hardware’s embedded software/analysis tool and specialist.

Advanced Implantation Detector Array (AIDA)

Advanced Implantation Detector Array (AIDA)

Presentation transcript:

Thoughts on the E(U)RICA DAQ Hidetada Baba RIKEN

Outline

Beta decay experiment (2009) Beam line detector – Beam line DAQ – Beam trigger Si detector – Si DAQ – Si trigger – = Beam OR Beta Ge detector – Ge DAQ – Si and Ge trigger – = (Beam OR Beta) AND Gamma Implanted Beam Delayed beta Prompt gamma Isomer gamma Delayed gamma Strip Si Beam line Beam event time PromptIsomer Beta event Beta

Time Stamp, individual trigger, individual DAQ Beam Trigger DAQ Gamma Trigger DAQ 48bits, 100MHz Beta Trigger DAQ 2008 ～

Dead time with Time stamp DAQ A DAQ B DAQ C Event if the common trigger, the dead time of the system is not straight forward. Dead time

Live Beta decay experiment TitleTriggerRate(cps)Live Time(%) Beam DAQBeam Si DAQSi Ge DAQSi x Gamma Beta DecaySi x not-Beam Prompt GammaBeam x Si x Gamma Isomer GammaBeam x Si x Gamma Beta-delayed Gammanot-Beam x Si x Gamma Live time = N of built events based on DT monitor N of built events by acquired data Trigger for DAQ A Trigger for DAQ B Trigger for DAQ C Trigger for DAQ D Dead time free Time stamper

GANIL Time Stamp v.s. RIKEN Time Stamp Master module counts the clock (= time-stamp) Slave modules ask the time stamp for the Master Very safe system Not easy to combine with other system – Should accept external clock GANIL case 100 MHz 48 bits

GANIL Time Stamp v.s. RIKEN Time Stamp RIKEN case 100 MHz 48 bits Clock Source Clock Clear Clock Clear Reset Pulse

Any DAQ systems are welcome Can reduce the effort for user-support Client Beam DAQ Raw+TS data Si DAQ Raw+TS data E(U)RICA DAQ Raw+TS data On-demand server On-demand server On-demand EB server TS DB Put request PID+TS data Req Return combined data combined dataReturn 68Ni

Analysis scheme Raw+TS data Raw+TS data Raw+TS data Beam TS Z, A EURICA TS E, T Pos Si TS E, T Pos Pre Analysis Analysis Server On-demand EB Server ASCII RIKEN Inside On your laptop ROOT Put requests via Web-Browser Put requests via Web-Browser Down load combined data Down load combined data

Maximize physics outputs Gamma DAQ Neutron DAQ Si DAQ TPC DAQ SHARAQ DAQ Mass Ring DAQ Separate DAQ +Non-biased Trigger Extract Physics Events after measurements Beam DAQ Maximize physics outputs Beta decay DAQ

Tasks a.s.a.p – Check of the TS connectivity – Hardware development is required or not? Very few DAQ software development – RUN start/stop, handling TS values New TSEB system – Will be available (by Mar. 2012) – Only for the event compilation Please discuss about analysis frame work – may be next year?