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EIS Operation Planning

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(DARTS) Data. Reformat. EGSE. Data check - Obs. table - S/C CMDs. Analysis. Outcome. ISACS-PLN ... To broaden community involvement in the Hinode mission the ... – PowerPoint PPT presentation

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Title: EIS Operation Planning


1
EIS Operation Planning
  • H. Hara (NAOJ)
  • 2007 Dec 10

2
EIS Science Operation
  • Team core science
  • Initial science targets
  • Proposal from users

Preparation for EIS Science Operation
Merging EIS SO in S/C operation
- Obs. table - S/C CMDs
EIS Planning EGSE (EISCO)
Observation Planning
Science
ISACS-PLN
Feedback
Plan approved for EIS operation
Feedback
Final S/C plan
Line selection Exp. duration Compression FOV size
etc.
Data rate Compression Instrument CAL
Check of Obs. Table using PM
Outcome
Uplink station
Analysis
Data check
Data for analysis Level0 data Level2 data
Spacecraft
Data Reformat EGSE
eis_prep for level0- to-level1 conversion is
ready in SSW.
Users
Observation in orbit
Telemetry
Downlink stations (USC, SVAL)
JAXA data storage (DARTS)
Data centers
3
Observation Proposals
  • See details in http//solar-b.nao.ac.jp/operation_
    e/proposal_e.shtml
  • To broaden community involvement in the Hinode
    mission the science team is offering the
    opportunity to participate in the definition and
    development of the observing program. This can
    take the form of either collaborative
    investigations with other ground or space based
    observatories or a request for a set of
    observational sequences to meet a specific
    scientific objective formulated by the requestor.
    To facilitate this program the Hinode team has
    created a group of seven Scientific Schedule
    Coordinators (SSCs) to both review requests and
    assist requestors in preparing their plans. It is
    the policy of the Hinode Science Working Group
    that all observing requests that are consistent
    with the objectives of Hinode will be accepted.
    However it is strongly recommended that
    individuals discuss their proposed observations
    with one of the SSCs before preparing and
    formally submitting their request to ensure that
    their proposed observations are not already part
    of the core team's program. Please note that
    having your observation program selected and
    implemented does NOT entitle you to exclusive use
    of the data. The Hinode open data policy applies
    to all data. Where the observation program
    involves more than one instrument, the requestor
    should contact an SSC associated with his primary
    instrument.
  • 55 Hinode Operation Plans (HOP) have been
    proposed.

4
Planning Constraints
  • Nominal allocation of telemetry for EIS is 50
    kbps. A study with higher data rate cannot run
    for a long time.
  • The 24 hour planning period begins around 11 UT
  • Hinode daily planning meetings occur at 0130 UT
  • 2-day weekend plans begin at around 11 UT
    Saturday
  • Hinode is re-pointed every 6 hours for the XRT
    synoptics
  • an EIS study should be lt 6 hours in duration
  • Pointing information is needed for the daily
    meeting one day before the observations
  • small pointing adjustments are possible at the
    daily meeting on the observation day

5
Science Schedule Coordinators
  • Chief Coordinators
  • John M. Davis (john.m.davis (at) nasa.gov)
  • Tetsuya Watanabe (watanabe (at)
    uvlab.mtk.nao.ac.jp)
  • Scientific Schedule Coordinators - Instrument
    Specific
  • Solar Optical Telescope (SOT)
  • Tom Berger (berger (at) lmsal.com)
  • Takashi Sekii (sekii (at) solar.mtk.nao.ac.jp)
  • X-Ray Telescope (XRT)
  • Leon Golub (Golub (at) head.cfa.harvard.edu)
  • Kiyoto Shibasaki (shibasaki (at) nro.nao.ac.jp)
  • EUV Imaging Spectrometer (EIS)
  • Len Culhane (jlc (at) mssl.ucl.ac.uk)
  • Tetsuya Watanabe (watanabe (at)
    uvlab.mtk.nao.ac.jp)
  • John Mariska (mariska (at) nrl.navy.mil)

6
For A New EIS Observation
  • See details in http//solar.bnsc.rl.ac.uk/young/s
    olarb_eis/eis_study_guide.html
  • A sequence of observation is called Study in
    the EIS plan.
  • A Study consists of Rasters.
  • A Raster contains a Line List.
  • Line Lists, Rasters, and Studies are created by
    users using software, EIS Planning Tool, in SSW
    (solar software).
  • EIS Planning Tool http//msslxr.mssl.ucl.ac.uk808
    0/SolarB/PlanningTool_v3.0.jsp

7
Flow of EIS Observations
  • Prepare a Study using SSW by proposers.
  • A Study file in the text format is sent to MSSL.
  • e-mail to Khalid Al-Janabi
    kfj_at_mssl.ucl.ac.uk
  • The Study is verified by the EIS proto-models at
    MSSL.
  • The Study is registered in the EIS official
    database in SSW.
  • The Study is set in a daily plan by EIS chief
    observers at ISAS.
  • EIS in orbit observes the sun according to the
    Study description.

8
Preparation of EIS Observations
  • Create Line Lists and Rasters
  • Can select and modify Line Lists and Rasters that
    have been registered in the official database.
  • IDLgt eis_mk_raster
  • Create Studies
  • Can select Rasters that have been registered in
    the official database.
  • IDLgt eis_mk_study
  • Create Daily Plan at ISAS by EIS CO
  • IDLgt eis_mk_plan

9
IDLgt eis_mk_raster
10
IDLgt eis_mk_study
11
Timeline
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