1 $B%W%m%8%'%/%H?JD=>u67(B data analysis
   2 
   3 tasks (date to complete)
   4 
   5 1) raw data spool and transfer (2014 before stating iLCGT test run, brush up until bLCGT start)
   6 This task is to construct raw data spool at Kamioka facility, and send data to Kashiwa continuously.
   7 
   8 1-1) fix the specification of the hardware (2013 1stQ)
   9 1-2) workstation install (2013 end)
  10 1-3) data transfer test (2014 1stQ)
  11 1-4) DAQ software implement and test run (2014 2ndQ)
  12 
  13 1-5) Observational Run (start at iLCGT/bLCGT operation)
  14 1-5-1) Watchdog human resource arrangement (2014 2ndQ, 2016 end)
  15 
  16 2) primary data processing (pre-process) to generate and re-pack the calibrated data  (2014 before stating iLCGT test run, brush up until bLCGT start)
  17 This task is pre-process data as 'analysis ready' not only in format, but also in first level data qualifying and calibration.
  18 
  19 2-1) software development of calibration method, making h(t) (2014 1stQ) 
  20 2-2) detector characterization (2014 1stQ, end of 2016, improve after 2016)
  21 2-3) tuning main data transfer to Kashiwa as for reliability (2016 end)
  22 2-4) low latency transfer for followup observation (2014 2ndQ)
  23 
  24 
  25 3) storage of raw and calibrated data (partially 2014 2ndQ, full 2016 end)
  26 This task is storage and management of raw/calibrated (= pre-processed) data at Kashiwa.
  27 
  28 3-1) fix the specification of the hardware (end of 2012)
  29 3-2) procurement (2013)
  30 	We need a official bid, but I don't know partial storage system for iLCGT is not so large as for international bid.
  31 3-3) install hardware at Kashiwa for iLCGT (2014 2ndQ)
  32 3-4) data transfer test (2014 1stQ)
  33 3-5) RUN for iLCGT (2014 last half)
  34 3-6) shakedown data archiver/management software (2014 2ndQ, 2016 end)
  35 3-7) procurement (2015)
  36 	Full storage system may require the international bit.
  37 3-8) install full archiver with several PByte at Kashiwa (2016 end)
  38 3-9) Tier 2 of LCGT data branch (2016 or future)
  39 
  40 4) computing platform (hardware)
  41 This task is prepare computing hardwares for data analysis except LCGT data storage.
  42 
  43 4-1) fix the requirement of calculation performance (2012 1stQ)
  44 4-2) fix specification, may be with ICRR platform (? 2012 end ?)
  45 4-3) end-user clients (2014 2ndQ, 2016, and opportunity maintenance)
  46 
  47 5) computing environment (software)
  48 This task is build data analysis software environment.
  49 
  50 5-1) research LSC and Virgo (2011)
  51 5-2) immigrate software from LSC/Virgo (2013, if it's allowed.)
  52 
  53 5-3) LCGT simulation data (2012 end)
  54 5-4) LCGT's borne program (2012 end)
  55 
  56 6) data distribution partially between LCGT collaborators, 
  57 This task is data distribution between collaboration.
  58 
  59 6-1) design of tier (2014)
  60 6-2) distribute partially (2014)
  61 6-3) complete mirroring (?)
  62 
  63 7) data sharing with international gravitational wave detectors, 
  64 This task is data distribution between international.
  65 
  66 7-1) immigrate and test transfer software (2012)
  67 7-2) dummy data exchange (2013? according to LIGO/Virgo)
  68 7-3) data exchange (maybe decide by MOU)
  69 
  70 8) search for gravitational waves (2014 3rdQ, after 2016 continuously)
  71 This task is searching gravitational wave event.
  72 
  73 8A-1) bone program (2012 end)
  74 8A-2) pipeline design (2013 2ndQ)
  75 8A-3) pipeline implementation (2014 2ndQ)
  76 8A-4) process observation data (2014 3rdQ, 2016-)
  77 8A-5) simulation study (2014 2ndQ, 2016-)
  78 
  79 These sub-tasks are same to various gravitational wave sources: 
  80 8A: Compact Binary Coalescence
  81 8B: Burst
  82 8C: Continuous
  83 8D: Stochastic
  84 8E: (more optional)
  85 
  86 8-6) simulation data (2013 end, but should be partially released.)
  87 
  88 
  89 9) mutually followup with counterpart observations, e.g. X-ray, gamma-ray observatories (2014 3rdQ, after 2016 continuously)
  90 This task is searching gravitational wave event.
  91 
  92 9-1) study/research how to follow-up (2013 end, we will update continuously.)
  93 9-2) low latency event trigger (partially 2014 3rdQ, 2016 end, we will update continuously.)
  94 9-3) data base (2017?)
  95 
  96 10) analyze gravitational wave events about its source, gravitational wave physics and astronomy. (2014 3rdQ, after 2016 continuously)
  97 Extract scientific results from observation data, not only discovery of events, but also physics/astrophysics of GW sources.