Queue Mode Implementation Plan for Subaru Telescope Operations

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Explore the detailed stages and principles behind implementing a queue mode system for Subaru Telescope operations. The plan covers key aspects like applicant requirements, program prioritization, and quality assessment, ensuring smooth operation and data quality.

  • Subaru Telescope
  • Queue Mode
  • Implementation Plan
  • Astronomy
  • Operations

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Presentation Transcript


  1. HSC Queue Mode Implementation Plan ~ Stage I , II, III ~ Tae-Soo Pyo Subaru Telescope 2015. 6.16 06/01/15

  2. Basic Principle Start simple Satisfying users requirements Information : Logs, completion reports Feedback : Q/A staff assignment Do not drop quality of operation. Do not drop quality of data. Some parts should be checked manually at the beginning QWG will help proactively in all STAGEs. 06/01/15

  3. STAGEs for Queue Implementation STAGE I: S16 A & B (Beginning) Only applicants of queue Mode in OPEN USE STAGE II: S17 A & B (Stabilizing) 50% Queue + 50% Classical in OPEN USE only STAGE III: S18 A & B (Settle down) 80% Queue + 20% Classical in both OPEN USE and SSP 06/01/15

  4. STAGE I: S16A and B OPEN USE (< 5 nights) + 1st and last nights of SSP + Sukima Time In CfP, open Subaru Open Use queue mode program for HSC. Queue mode will be allocated at Sukima ( in classical mode program and several queue mode nights. No additional target request of classical programs. In bad weather, Queue program has higher priority than back- up programs. The number of queue observation night depends on the number of the accepted queue programs. Referees give science assessment for queue proposals. SAs give technical assessment for queue proposals. 06/01/15

  5. STAGE I: Queue Mode Programs Normal Queue Programs Normal Queue Program: No lower limitation of observing time = 0.14 5 nights (=1 - 35 hrs) Filler Queue Programs (from S16B) Bad weather Condition Less then 4 hrs. Priority is lower than Normal Queue Program but it will be useful for Queue filling. 06/01/15

  6. STAGE I: Queue Operation Resources Manage of Queue Schedule and Completion rate Operation Center: Imanishi, Pyo, Nakano + FQA staff With Queue planning and simulation program Queue Observers SAs, SSAs, Operators, HSC Astronomers Queue Software Management OCS team & CDM ( ProMS and STARS system) Quality Assessment Initial QA during observation with HSC quick look programs by SAs Final QA will be done by FQA staff in the next morning. 06/01/15

  7. STAGE I : Software for S16 A & B Input observation plan and parameters by PI Make Observation block files Spread Sheet Format Phase II Tools Drafting and Investigation of Queue mode schedule Semester base, Each two weeks (one run) base Checking and modifying Queue mode Schedule daily base Update with the completeness of OBs . Queue Planner Show queue list satisfying conditions [sorted by priority] Weight control system. Generate HSC OPE commands from OB information Marking and Commenting for OBs which were done Queue Selection & Execution tools Distribute monitoring script to find new data acquisition to PIs. Observation Logs (Executed OBs) Weather Information Quality assessments Data Delivery 06/01/15

  8. STAGE II: S17 A & B Allocate Queue programs in fixed rate 20% Queue + 80% Classical (S17A) 50% Queue + 50% Classical (S17B) The allocation rate can be changed by the results of S16A & B queue observations Increase the queue observation rate up to 50% OPEN USE + 1st and last nights of SSP + Sukima Time Allocate proposals to Queue mode in TAC or Sci. Div. High ranking proposals in referee judgment Proposals strict requirements for scientific achievement ( best seeing, photometric sky, dark night) Targets with wide spreading over the all sky area Regular Queue scheduling is required 06/01/15

  9. STAGE II: Queue Scheduling Semester and Run base scheduling check Before starting Semester and One week before run Update queue filling and lists updated Check the availability of queue list considering various environment conditions Daily base scheduling with fine tuning Update and fine tune queue lists before the observation everyday. 06/01/15

  10. STAGE II: Queue Operation Resources Manage of Queue Schedule and Completion rate Operation Center: Nakano, Imanishi, Pyo + FQA staff Queue Observers SA, SSA, Operators, HSC Astronomers Queue Software Management OCS team Queue Scheduling SSA + SA + HSC Astronomers Run base schedule check and daily base schedule revision Quality Assessment FQA staff In the next morning, check frames commented by Queue observers with QA tools 06/01/15

  11. STAGE II : Software for S17A & B Queue Selection and Execution Tool Data Delivery Queue Planner Phase II Tools Automatic Gen2 log analyzer Automatic Estimate and summarize times for each execution of proposal (OB), overhead, trouble down time Log analyzer Quality Assessment tool Initial QA during observation with HSC software by Queue observers Final QA after observation by Queue Assessment Checker 06/01/15

  12. STAGE III: S18 A and B Both Open USE and SSP 80% Queue + 20% Classical Dead time of SSP will be increasing mixing Open USE and SSP in queue mode The policy of how to take balance OPEN USE and SSP with queue should be determined. 06/01/15

  13. Thanks Questions and Comments ? 06/01/15

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