Difference between revisions of "35t Test"

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!No.
 
!No.
 
!Mode
 
!Mode
 +
|Description
 
!Comment
 
!Comment
 
|-
 
|-
|1||Continuous main DAQ mode||Similar to final 'triggerless' far detector running mode, i.e. parallel trigger farm looks for nice muons in real time.
+
|1||Continuous main DAQ mode||Similar to final 'triggerless' far detector running mode, i.e. parallel trigger farm looks for nice muons in real time. Needs ZS of TPC data to work.|| ---
Needs ZS of TPC data to work.
 
 
|-
 
|-
|2||Triggered main DAQ mode||Main selection is external trigger counter
+
|2||Triggered main DAQ mode||Main selection is external trigger counter|| ---
 
|-
 
|-
|3||Immediate triggered mode||Use TOC triggered mode (only outputs data in window) or SSP triggered mode to avoid bottleneck (this is a fallback option of there is bottleneck in either RCE or SSP data)
+
|3||Immediate triggered mode||Use TOC triggered mode (only outputs data in window) or SSP triggered mode to avoid bottleneck.||This is a fallback option of there is bottleneck in either RCE or SSP data.
 
|-
 
|-
|4||Triggered window mode|| TPC in triggered non-zero suppressed mode (use before we are happy with ZS in RCE)
+
|4||Triggered window mode|| TPC in triggered non-zero suppressed mode|| Use before we are happy with ZS in RC
 +
|-
 +
|5||Wide-window burst mode||TPC in burst mode with the longest window possible (512MB buffer = 0.5s).||Special run mode for offline ZS studies
 +
|-
 +
|6||Burst mode||Collect data in certain time window|| foo
 
|}
 
|}
  

Revision as of 20:19, 9 October 2014

Recent documents

Run Modes (per DocDB 9677)

No. Mode Description Comment
1 Continuous main DAQ mode Similar to final 'triggerless' far detector running mode, i.e. parallel trigger farm looks for nice muons in real time. Needs ZS of TPC data to work. ---
2 Triggered main DAQ mode Main selection is external trigger counter ---
3 Immediate triggered mode Use TOC triggered mode (only outputs data in window) or SSP triggered mode to avoid bottleneck. This is a fallback option of there is bottleneck in either RCE or SSP data.
4 Triggered window mode TPC in triggered non-zero suppressed mode Use before we are happy with ZS in RC
5 Wide-window burst mode TPC in burst mode with the longest window possible (512MB buffer = 0.5s). Special run mode for offline ZS studies
6 Burst mode Collect data in certain time window foo


Issues that need to be clarified

  • Purposes and architecture of the proposed online farm
  • Design of the metadata
  • Handling TPC stream data within the framework which is trigger-oriented, issues of timing and multiple interaction in temporally close slices
  • Possible necessity to duplicate parts of raw data to create overlaps, in order to make practical operation of the online farm