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Detector Diagnostics and Performance Optimization

This role involves establishing optimal settings for detector operations, optimizing HV settings and timing, mapping channels, improving noise stability, and monitoring the performance of the lumi detector. It also involves diagnosing detector effects, providing input to the run plan, developing monitoring tools and online/offline DQM, and developing run certification criteria. Additionally, it includes database management, software maintenance, coordination of code development, and calibration with data. The goal is to ensure the overall performance and data certification of the detector.

shaeffer
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Detector Diagnostics and Performance Optimization

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  1. Detector Diagnostics • Establish optimal settings for operations • HV settings • timing optimization • channel mapping (HF) • HPD noise stability • Lumi detector performance • Abort gap • Diagnosis / studies of detector effects • Input to the run plan • Establish procedures

  2. Monitoring • Develop monitoring tools for shifters • Online and offline DQM • Develop Run Certification criteria • DCS • Input to Run Certification / Online alarm • Trigger Emulation • HLT monitoring • Prompt Analysis (HCAL Expert)

  3. Database • Identify requirements and review current design • schema and contents • correlation between different databases • Specify database schema • Provide interface to access database • Maintain popcon (populate conditions) utility to fill database • Database interface to Web Based Monitoring

  4. CMSSW • Maintain software within the CMSSW framework • Coordinate Reconstruction and Simulation code development • Validation of software release • Maintenance of the simulation and material model • Migrate geometry to database • LUT generation • Anomalous cell framework • channel status word / severity level

  5. Calibration with Data • Develop calibration HLT triggers • Isolated track and minbias • Reconstructed objects • Isolated tracks • Dijet • Minbias • Muon for HO • Z-> ee for HF • Develop Analizer, Calibration, Validation and closure test after writing to database

  6. Performance • Overall performance • Energy resolution as a function of E, eta, phi • Single hadron mean response • Study noise • Develop Anomalous Cell Algorithm • Establish Final Data Certification

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