THE DATA SELECTION PROPOSAL AND SUPPLY OF MINIDAQ SYSTEMS FOR APA - - PowerPoint PPT Presentation

▶
the data selection proposal and supply of minidaq systems
SMART_READER_LITE
LIVE PREVIEW

THE DATA SELECTION PROPOSAL AND SUPPLY OF MINIDAQ SYSTEMS FOR APA - - PowerPoint PPT Presentation

Nov 19, 2023 259 likes •472 views

THE DATA SELECTION PROPOSAL AND SUPPLY OF MINIDAQ SYSTEMS FOR APA TESTING Georgia Karagiorgi Columbia University 2 Data Selection Construction Scope Construct the data selection (aka trigger) system for the first two far detector modules,

slide-1
SLIDE 1

THE DATA SELECTION PROPOSAL AND SUPPLY OF MINIDAQ SYSTEMS FOR APA TESTING

Georgia Karagiorgi Columbia University

slide-2
SLIDE 2

Data Selection Construction Scope

  • Construct the data selection (aka trigger) system for the

first two far detector modules, assuming to be single phase (procurement, assembly, installation, testing at SURF)

  • Custom online software system facilitated on commercial processor

hardware

  • Includes MiniDAQ production for APA testing at cold test

site (Year 1 of project)

  • Includes pre-production, deployment, and testing at

ProtoDUNE (Year 2 of project)

  • Consortium of 8 US universities

2

slide-3
SLIDE 3

DS Project Planning: Project Management Structure

3

slide-4
SLIDE 4

DS Project Schedule

DS-specific milestones: Mini-DAQ construction during Year 1, and deployment at PSL. Pre-production of DS system and deployment and testing at ProtoDUNE during Year 2. Procurement of production system components during Year 3, and deployment and testing at SURF during Years 4, 5.

Year 1 Year 2 Year 3 Year 4 Year 5 APA construction (152 APAs) progresses through Year 5 of project. APA cold testing, twice per year, at PSL, for 10% of APAs. Tests include mechanical tests at cryo temp, full readout and noise level assessment using MiniDAQ, which will be assembled and deployed (and run) by DS groups. 75 APA installation WP1: MiniDAQ construction at CU WP3: MiniDAQ deployment at PSL WP1 and 2: DS pre- production system construction at CU and Penn WP4: Pre-production deployment and testing at ProtoDUNE WP1 and 2: Procurement for DS production system at CU and Penn WP1, 2 and 5: Deployment and testing of DS system at SURF and integration with full DAQ

4

slide-5
SLIDE 5

DS Project Planning: Institutional Roles

DS Institutes (8 total): Columbia, Penn, Colorado State, UM-Duluth, Duke, Iowa State, SDSMT, UC Davis

5

slide-6
SLIDE 6

Overall SP DAQ Architecture and Data Selection System

10 kton Detector Module Upstream DAQ Low-Level Data Selection Upstream DAQ Low-Level Data Selection Upstream DAQ Low-Level Data Selection Timing & Sync Module Level Trigger External Trigger Interface Data Flow Orchestrator Event Builder Storage Buffer High Level Filter O(100) of these O(10) of these One of these

To/from other Module Level Triggers

One of these One of these

Calibration systems

One of these in DUNE FD

WAN to FNAL

Central Utility Cavern On-surface Control Room One or more of these

External timing reference SNEWS, LBNF, etc.

Detector Cavern Control, Configuration, Monitoring

[TDR]

6

slide-7
SLIDE 7

DUNE FD Baseline Data Selection Strategy and Hierarchy: TPC-based

Data Selection Sub-system

[TDR]

7

slide-8
SLIDE 8

[From pre-proposal; similar to TDR]

Data Selection Sub-system

8

slide-9
SLIDE 9

Scope of NSF DS construction (For Modules 1 & 2, Single-Phase)

[TDR]

Data Selection Sub-system

9

slide-10
SLIDE 10

Trigger Candidate Generation and Trigger Decision Generation is to be carried out by CPU (O(100) per module). High Level Filter on GPU cluster (5 servers per module). Timing Sub-system interface (commercial GPS and custom hardware for timing/trigger distribution). Modest (rack) infrastructure for above ground deployment at SURF. Specs are being refined, substantiated by simulation studies and demonstration tests at ProtoDUNE.

DS Hardware Specifications (Production System)

10

slide-11
SLIDE 11

DS Construction Packages

  • WP1: DS System Construction
  • Construction of MiniDAQ system to be deployed (as part of DS WP3) at APA Cold Test

Site (PSL) during Year 1;

  • Construction of DS Production Test system to be deployed (as part of DS WP4) at ProtoDUNE

during Years 1 and 2;

  • Procurement of the components for the DS Production system to be deployed (as part of DS

WP5) at SURF during Year 4.

  • WP2: DS Timing Subsystem
  • Construction of GPS interface card, fanout module, GPS receivers for two modules during Years

1-4.

  • WP3: MiniDAQ Deployment & Testing
  • Deployment at PSL (APA Cold Test Site) during Year 1;
  • Testing during two two-week periods per year during Years 1-5;
  • Oversight of these activities, including ensuring training of students/postdocs getting

involved in the effort (mainly continuity of expertise).

  • WP4: ProtoDUNE Deployment & Testing
  • Deployment at CERN during Year 2;
  • Testing during Years 2 and 3.
  • WP5: SURF Deployment & Testing
  • Deployment at SURF during Year 4;
  • Testing during Years 4 and 5.

*Direct coupling to APA Construction Project

11

slide-12
SLIDE 12

Overall Resources for DS Construction

  • Technical Staff:

4.2 FTE for WP1, WP3-5 (Columbia) 1 2/3 FTE for WP2, WP3-5 (Penn) 1 FTE for WP5 (UMD)

  • Undergraduate Labor:

Subawards to CSU, UMD, SDSMT for WP3 and WP5

  • Equipment (WP1 and 2 to Columbia and Penn, respectively):

$2,924,634 + $104,500 (total direct costs) Plus shipping costs, plus 2-5% setup costs

  • Travel (centrally through U Chicago): $310,532

12

slide-13
SLIDE 13

WP1: Hardware Specifications for MiniDAQ System

MiniDAQ construction is at Columbia U. Nevis Labs during Year 1 of the project, as part of WP1; deployed at PSL during Year 1 and used for APA cold tests during Years 1-5 as part of WP3.

13

slide-14
SLIDE 14

WP3: Deployment and Testing at APA Cold Test Site

  • MiniDAQ hardware is an evolution from what was used in ProtoDUNE

for cold box; this is on purpose, reinforcing development of DS- system-specific data flow and run control/configuration.

  • Externally triggered system (random or software instructed trigger)

14

slide-15
SLIDE 15

WP3: Deployment and Testing at APA Cold Test Site

To be discussed, clarified, and agreed upon:

  • What is to be used as front-end TPC cold electronics and interface? Timing distribution

to front-end? Is that costed as part of APA packages, or on loan? Letter(s) of collaboration?

  • Can we confirm infrastructure (space for ~1 rack; 10Gbps network available at PSL)?
  • What are the needed run/cold test specifications (run configuration, duration, trigger

rate)?

  • Is two weeks enough for each APA cold test cycle? And is two APA cold test cycles per

year sufficient?

  • Are resources (provided by DS groups) sufficient to support APA cold testing?
  • 2-3 PD/GS/UG per two-week test period, trained in MiniDAQ system use

15

slide-16
SLIDE 16

WP1&3: MiniDAQ activities

MiniDAQ construction is at Columbia U. Nevis Labs during Year 1 of the project, as part of WP1; deployed at PSL during Year 1 and used for APA cold tests during Years 1-5 as part of WP3.

16

slide-17
SLIDE 17

Travel for DS Construction Project

Highlighted: travel associated with APA Cold Test Site activities.

17

slide-18
SLIDE 18

DS Construction Proposal Status

  • Workshop for DS construction proposal held last Tuesday, June 5
  • In the process of procuring quotes and refining cost estimates
  • Need to understand project management structure and how DS fits in

within overall structure, given its far smaller scope than APAs

  • Address questions specific to APA Cold Tests (slide 14)

18

slide-19
SLIDE 19

Backup

19

slide-20
SLIDE 20

DAQ Schedule (TDR)

20