Closing Remarks R.Itoh, KEK Global Belle II DAQ(COPPER to storage) - - PowerPoint PPT Presentation

closing remarks
SMART_READER_LITE
LIVE PREVIEW

Closing Remarks R.Itoh, KEK Global Belle II DAQ(COPPER to storage) - - PowerPoint PPT Presentation

Closing Remarks R.Itoh, KEK Global Belle II DAQ(COPPER to storage) Actjvitjes of data-taking towards Global CRT Pocket DAQ in E-hut Backend DAQ is fmexible for standalone or combined cosmic data tests. FTSW : one combined CRT +


slide-1
SLIDE 1

Closing Remarks

R.Itoh, KEK

slide-2
SLIDE 2

ECL

Actjvitjes of data-taking towards Global CRT

CDC+T OP (B4) Global CRT CDC in BelleII bECL bKLM TOP in Belle II KLM CDC TOP ARICH ECL KLM

2

ARICH test in clean room

eKLM

Global Belle II DAQ(COPPER to storage) Pocket DAQ in E-hut PocketDAQ of each det. Gr.

  • Backend DAQ is fmexible for standalone or combined cosmic data tests.
  • FTSW : one combined CRT + standalone CRTs.

(Except for CDC. It can be combined with another sub-detector like CDC+TOP)

  • > As for backend DAQ and TTD(not trigger source), combined CRT

by global DAQ system is possible. install Combined CRT for some sub- detectors? Pre-GCRT period

DESY VXD Beam test?

Jul. Aug. Dec. Jan. …

Note : Each tjmeline is not precise. It depends on sub-detector’s installatjon/commissioning schedule.

Deferred to Oct. S.Yamada

slide-3
SLIDE 3

B2L data B2L slow Pocket DAQ (Testbench) Pocket DAQ (E-hut) Backend Comment

PXD

× ×

(to be) tested at DESY TB

SVD ◯

× ×

(to be) tested at DESY TB

CDC ◯ ◯ ◯ ◯ ◯

full integ. aft. Oct.

TOP ◯ ◯ ◯ △ △

full integ. in Oct.

ARICH ◯ ◯ △(FTSW) × ×

to be integrated in ????

ECL ◯ ◯ ◯ ◯ ◯

fully integrated

  • E. to be added

KLM ◯ ◯ ◯ ◯ ×

B,full integ. in Sep.

  • E. to be added

TRG ◯

× ×

One page summary of DAQ readiness for GCRT

Trigger : Ready (ECLTRG, CDCTRG, KLMTRG, TOP?, GDL) Timing dist : Ready. Event Builder 1 : Switches are available. Still single fiber connection btw.E-hut and server rm. HLT & Storage : 3 units ( of 5 at t=0) are ready to use. 1 unit is connected to kekcc. Event Builder 2 : purchase in preparation. Waiting for PXD's output specification. Exp reco : Components of the first unit is in hand. Run control : Ready

slide-4
SLIDE 4

Further schedule

We are here. * But phase II schedule seems to be delayed: Early 2018

slide-5
SLIDE 5

Random list of items to be worked toward Phase II Run

  • Trigger: Tuning of 3D and Neuro trigger
  • VXDDAQ: BEAST-VXD integration in DAQ + Full VXD cosmic
  • PXDDAQ: Event Builder 2

* The protocol from ONSEN to EVB2 should be fixed as early as possible => decided to use 1x10GbE connection? * Configuration of event builder 2 may be simplified because of less data size estimation.

  • Global run control
  • Software for HLT/ExpressReco: Reconstruction and DQM

codes for cosmic ray and beam

  • Database : Start management of detector configuration,

global event logging

  • Data exchange with offline facility :

raw data transfer, database import

  • Environment monitor and interlock
  • Accelerator feedback

* Luminosity * Vertex position .........

slide-6
SLIDE 6

Beast SVD

(single crate)

CDC ECL/TOP ARICH/ KLM HLT 1 HLT 4 Storage 1 Storage 4 COPPER ROPC Event Builder 1

FEE FEE FEE

Timing Distribution Trigger for beam from GDL HLT 2 Storage 2 HLT 3 Storage 3 Pocket DHC

EVB2

DAQ operation during Phase II run

beam data VXD data

Pocket ONSEN

RoI merger

Beast PXD Beast SVD

Full DHC

Full ONSEN

Full PXD

Full SVD

Full SVD

RoI RoI direct 10GbE connection

* All DAQ equipments are placed in E-hut/server room and operated in “partitioned DAQ” framework. * Need to lay fibers from B1 to E-hut.

Placed in B4 floor

COPPER ROPC

Full FADC/ FTB Beast FADC/ FTB Cosmic trigger locally generated

  • Tim. dist.
slide-7
SLIDE 7

Upgrade: Timeline

  • Original idea was to start the R&D for the upgrade from 2018,

but it may be deferred by one year because of the delay in Belle II schedule.

  • It will require two years to complete the R&D.
  • We will start the mass production of new readout cards from

next year after the R&D, and complete the production in 3 years.

  • The actual replacement of COPPERs will start in 2nd year of

the production at the earliest.

  • Subsystem-by-subsystem replacement is planned (as we did in

Belle I to replace FASTBUS TDC with COPPERs).

  • Complete the replacement by 2023(could be 2024) at the earliest.
slide-8
SLIDE 8

mon. rack

Aircon

3~4 wall mount 50” monitors 3 x 40” monitors

small monitors

New Console Desk Detector Space Meeting Space

Final Design of Control Room

New wall is installed here moved

slide-9
SLIDE 9

Next Workshop. Where and When?

  • TRG/DAQ workshop series has been started from 1997

and workshops were annually held until 2006 at various places in Japan. After 3-year intermission, the WS series was restarted from 2010.

  • History:

2010 : Seoul (Korea Univ. hosted by E.Won) 2011 : Beijing (Peking Univ. hosted by Z.-A.Liu) 2012 : Hawaii (U. of Hawaii hosted by G.Varner) 2013 : Seoul (Hanyang Univ. hosted by B.G.Cheon) 2014 : Taipei (NTU hosted by J.G Shiu) 2015 : Osaka (OCU hosted by E.Nakano) 2016 : Novosibirsk (BINP hosted by A.Kuzmin)

  • When? -> Traditionally, we had this meeting in winter. But moved

to summer for this workshop. => Could be summer in 2017 before Phase II?

  • Where? -> Difficult to decide now. Could be outside of Asia?

Let's keep discussion.

slide-10
SLIDE 10

Let's thank Alex and his colleagues for organizing this great workshop!

Excellent coordination and Excellent parties....!!!!