ࡱ> |{ Rbjbj0( OOOOOccc8,c6p777W6Y6Y6Y6Y6Y6Y6$9;rY6O77777Y6OOTn6%%%7ZOOW6%7W6%%R35[@c4C660648<!8<<58<O5X%777Y6Y6F777677778<777777777 :  JMA by S. Ishizaki and M. Kamachi Preparation for the meeting Operational centre presentation should address the following Observations: data monitoring, metrics on data volumes, coverage, quality data failures/rejections (delivery/quality), and if any examples of downstream impact to services recommendations for future requirements Servicing: (further information below) SEE the Report submitted to Ming Ji a list of "customers" of operational services types of service "products" that your institution provides? and/or for what applications? (optional) what are methods of delivery of your service products to your users/customers? (i.e., put them on the web vs. other method of delivery) product usage, user feedback, Getting user feedback is really difficult. at least one example demonstrating of impact in 2008/09 monitoring of extremum sea-level rise (due to mesoscale eddy) Data management: system overview input WMO infrastructure (GTS) Atmos. Forcing (JMA original format: NusDAS format JRA25/JCDAS) Alt.: Jason, ENVISAT (CLS, NetCDF) MGDSST (binary -> NetCDF for GHRSST) Domestic organisations: (partly on GTS, and delayed non-GTS): Japan Fisheries Agency, Local Prefectural Fisheries Observatories output JMA oper. Real time data flow (IEEE direct access 4 bite binary) data: types of data, formats of data, purpose of data see above data storage: data volumes, levels of storage input: (will be submitted) ?? output: (WNP) 1TB/yr (almost everyday output) data interaction: data servers, format conversion Grib2 format (for Japan agencies and JMBSC) recommendations real-time issues server (WMO type, binary data) not LAS/opendap Appendix Information about JMAs service By Shiro Ishizaki (JMA) and Masafumi Kamachi (MRI) a) a list of "customers" of your operational services? Actual user (contracted user): Japan Coast Guard (JCG), Japan Ministry of Defense (Japan Maritime Self-Defense Force: JMSDF), Japan Meteorological Business Support Center (JMBSC) Assumed user: (1) in JMA: NWP division, Climate Prediction Division, Marine Observatories (2) through JMA web: (general users) (3) through JMBSC: (private enterprises) (4) Others: Fishery, Shipping Agents b) what type of service "products" that your institution provides? and/or for what applications? General: current (surface and subsurface horizontal velocity fields), SST, subsurface temperature, salinity, sea surface height Prediction about SAR & Oil Spill (JCG, JMA/headquarters): Surface current, surface temperature Fishery: SST, subsurface T Merchant Service (for economical ship routing): surface current (+ wind) Marine leisure: surface current (+ wind) Research (physical, biological, chemical, harbor engineering): T,S,U,V,SSH Japan Ministry of Defense (Japan Maritime Self-Defense Force: JMSDF): subsurface T, SST, surface current (for SAR) c) (optional): what are methods of delivery of your service products to your users/customers? (i.e., put them on the web vs. other method of delivery) JMA web: (figure and commentary) To general users (nowcasting and forecasting fields SST,T,S,U,V,SSH, figure and commentary) JMA leased line: (Gridded point value: GPV; Grib/Grib2 format) To Japan Coast Guard (JCG) (nowcasting and forecasting fields, U,V, surface wind), To Japan Ministry of Defense (JMSDF) (nowcasting, U,V,T,SSH), To Japan Meteorological Business Support Center (JMBSC) (nowcasting and forecasting fields, SST) JMA radio facsimile broadcast (JMH): (figure) To Japan Meteorological Business Support Center (JMBSC) (nowcasting and forecasting fields, SST) To ships in the seas (nowcasting, current, T) NEAR-GOOS data server: (figure, GPV) To registered users (nowcasting fields, of text file with the NEAR-GOOS format) Future Plan (feasibility): (GPV) To JMA headquarters (other divisions) (background information (T, U,V) to sea ice prediction model) (SST & Mixed Layer Depth to Typhoon prediction model)     [vw  c d e f  c d e p   C D E | } ~ ǹЦ|sns h\Bo(h\BnHo(tHhQnHo(tHhYOhzOJQJhhLOJQJo(hYOhhLOJQJaJhYOhhLOJQJhmhhL5hmh/5nHo(tHh/nHo(tHhzhznHo(tH hhLo(hhL h;hhLhGAhhL5hz<5nHo(tH*Z[wx   d e f d e  D E p^pgdz & F gdhL & F gdhL & F gdhLgdhLE ~ % @ c   Q R p` VDWD^p`` gdmp^pgd/ & F gdhLp^pgdzp^pgd\B & F gdhL        / O Q R ABCpqл䯫흔ǔǯǫ폯 hzo(hnHo(tHh @;nHo(tH hhLo(hhLhzh/nHtHh\Bh\BnHo(tHh\BnHo(tHhmhmnHo(tHhmnHtHh/nHo(tHhznHo(tHhmnHo(tH0 BCpq#$[\r5WD^5`gdHgdH$a$gdH$a$gdQgdz & F gdhLp^pgdz$[\\]!yҽzvzvzvzvh<jh<UhHhHnHo(tH+hHhHOJQJaJmH nHo(sH tH1hHhHB*OJQJaJmH nHphsH tH(hHhHOJQJaJmH nHsH tH+hHhH>*OJQJaJmH nHsH tH.hHhH5>*OJQJaJmH nHsH tHr\]>Y!BT3YsiVDWD^i`gdH iVD^igdH5WD^5`gdHgdH<ez -SgdgdhL iVD^igdHgdHiVDWD^i`gdH.:phL|. 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