Difference between revisions of "Topics for discussion"

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#'''<big> Overview main features of the GlueX subdetectors which are planned be integrated into the Level-1 trigger:</big>'''  
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'''<big>1. Overview main features of the GlueX subdetectors which are planned be integrated into the Level-1 trigger:</big>'''  
#* Tagger microscope counters
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* Tagger microscope counters
#* Start Counter
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* Start Counter
#* FCAL  
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* FCAL  
#* BCAL
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* BCAL
#* TOF
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* TOF
#:<u>Discuss</u>:
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<u>Discuss</u>:
##  feasibility of usage and their role in the Level-1 algorithm,
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:#  feasibility of usage and their role in the Level-1 algorithm,
##    rates induced by electromagnetic and hadronic interactions,  
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:#    rates induced by electromagnetic and hadronic interactions,  
##    signal responses: pulse shapes and signal propagation timing
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:#    signal responses: pulse shapes and signal propagation timing
##:    (feedback is needed from the prototypes test: BCAL, TOF)
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:#:    (feedback is needed from the prototypes test: BCAL, TOF)
##    signal thresholds,
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:#    signal thresholds,
##    cabling.
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:#    cabling.
  
  
# '''<big>Overview the trigger algorithm.</big>'''
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'''<big>2. Overview the trigger algorithm.</big>'''
  
#'''<big>Trigger types</big>'''
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#:  global self-triggered types (physics, cosmics, random, calibration ...),  
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'''<big>3. Trigger types</big>'''
#:  external triggers (calibration), and sub-detector standalone triggers   
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*:  global self-triggered types (physics, cosmics, random, calibration ...),  
#:<u>Feedback is needed from sub-detector and calibration groups.</u>
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*:  external triggers (calibration), and sub-detector standalone triggers   
 +
*:<u>Feedback is needed from sub-detector and calibration groups.</u>
  
  
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5. Monitoring of the hardware performance
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'''<big>5. Monitoring of the hardware performance </big>
  - Online monitors ( scalers )
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:# Online monitors ( scalers )
  - algorithm/hardware test using inputs from MC simulation
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:# Algorithm/hardware tests using inputs from MC simulation

Revision as of 17:01, 1 June 2009

1. Overview main features of the GlueX subdetectors which are planned be integrated into the Level-1 trigger:

  • Tagger microscope counters
  • Start Counter
  • FCAL
  • BCAL
  • TOF

Discuss:

  1. feasibility of usage and their role in the Level-1 algorithm,
  2. rates induced by electromagnetic and hadronic interactions,
  3. signal responses: pulse shapes and signal propagation timing
    (feedback is needed from the prototypes test: BCAL, TOF)
  4. signal thresholds,
  5. cabling.


2. Overview the trigger algorithm.


3. Trigger types

  • global self-triggered types (physics, cosmics, random, calibration ...),
    external triggers (calibration), and sub-detector standalone triggers
    Feedback is needed from sub-detector and calibration groups.


4. Overview trigger electronics:

  • Performance of board prototypes:
    1. F1ADC (modes, FPGA resources...)
    2. Signal Distribution (SD)
    3. Trigger Interface (TI)
    4. Crate Trigger Processor (CTP)
    5. Results from the 2 crates test stand
  • Specifications (design) of the board prototypes:
    1. Sub-System processor (SSP)
    2. Trigger Distribution (TD)
    3. Trigger Supervisor (TS)
    4. Global Trigger Processor (GTP)


5. Monitoring of the hardware performance

  1. Online monitors ( scalers )
  2. Algorithm/hardware tests using inputs from MC simulation