building a meteorological sdi for the region of galicia (spain)

Transcription

INSPIRE Conference 2011 – Edinburgh, June 30
●
METEOSIX – BUILDING A METEOROLOGICAL
SDI FOR THE REGION OF GALICIA (SPAIN)
Xurxo Méndez, Juan Touriño, Jorge Parapar, Marcos Hermida, Vanesa García,
Manuel Antonio Regueiro, José Ramón Viqueira, Francisco Landeira
http://meteosix.cesga.es
Systems
Laboratory
Computer
Architecture
Group
(University of
A Coruña)
MeteoSIX – Building a Meteorological SDI for the Region of Galicia (Spain)
Outline
●
Context:
●
Meteorological and oceanographic data
●
INSPIRE and Spanish transposition
●
MeteoGalicia's systems and workflow
●
MeteoSIX goals
●
MeteoSIX global architecture
●
The challenges:
●
The data representation matter
●
Rapid varying data
●
The SOS problem
●
MeteoSIX and the community
●
Roadmap
3
Context
●
●
●
Great importance of Meteorological information
●
Daily management of wind and solar power stations
●
Control of pollution emissions
●
Agricultural and fishing resources administration
●
Personal trip planning
●
…
Increase of the amount of collected and
generated information
Improvements in the technical means
4
Context
●
INSPIRE
●
Annex III mentions
–
–
–
●
”13. Atmospheric conditions” (measurements, models...)
”14. Meteorological geographical features” (temperature,
precipitation, wind speed and direction...)
”15. Oceanographic geographical features” (salinity, wave
height...)
Spanish INSPIRE transposition
●
LISIGE (Law 14/2010, July 5th)
–
Keeps the same points
5
Context
●
Works don't start from scratch
●
Common Data Model
●
NetCDF
●
OPeNDAP
●
WCS
●
SLD
●
SWE
●
...
6
Context
●
Where is Galicia?
Galicia
Santiago de
Compostela
* photo of the cathedral of Santiago de Compostela by 'adamrice'
7
Context
●
●
Organization responsible for obtaining and spreading
meteorological information in Galicia
http://www.meteogalicia.es
●
Complex observation system, with networks for
–
–
–
–
–
–
100+ weather stations
Marine data
Lightning detection
Radar data
Satellite data and imagery
...
8
Context
●
●
Several numeric forecasting models
–
–
–
–
–
WRF
WW3
SWAN
MOHID
…
Finisterrae Supercomputer
2500 64bit CPUs
19K GB RAM
… that run on different grids in
the Finisterrae supercomputer, at
CESGA (Galician Supercomputing
Center)
9
MeteoSIX goals
●
●
Create a meteorological & oceanographic SDI in
Galicia
Structure and spread
➔
Available forecasting geoinformation
➔
Available observation geoinformation
… using
●
OGC services:
–
●
WMS, WFS, WCS, SOS
Non-OGC services:
–
NetCDF Subset, OPeNDAP...
10
MeteoSIX goals
●
Elaborate a GeoPortal that lets
➔
the general public
➔
MeteoGalicia's forecasting staff
… to
➔
discover
➔
query
➔
view
➔
download
… those data
11
MeteoSIX global architecture
GeoPortal
Apache
Wicket
User
WMS, WCS, SOS, NetCDF Subset
GeoPortal
DB
PostgreSQL
Forecast Data
Data Servers
Observations
DB
SQL Server
GPRS, ethernet,
ssh,
satellite,
radiofrequency
SOS Server
52Northbased
Sensors
{Meteorological
stations, platform
buoys, coast
buoys, water
stations,
mareographs,
radiosondes...}
Complementary Forecast
Server
Server
GeoServer THREDDS
Generic DB
PostGIS
Numerical
models input
Models' executions results
in CDM-complaint files
(NetCDF, Grib, HDF...)
Finisterrae
supercomputer
(CESGA)
Data from GFS,
WRF, WW3,
ESEOAT...
12
The challenges
●
The data representation matter
●
WMS and WFS were not designed to deal with
meteorological data
–
Issues when
●
●
●
managing vertical and temporal
dimensions
managing styles
…
Representation of ”wind” variable
13
The challenges
●
Rapid varying data
●
●
●
Numerical forecasting models
generate new data twice a day
Sensors continuously produce
new observations
User needs the last available
data
➔
Implementation of a polling
system that
•
•
reads and interprets the services
metadata
updates the references to the last
data in the GeoPortal
Sensors network spread over Galicia
14
The challenges
●
The SOS problem
●
Four different types of
sensors
–
–
–
–
✔
✗
In-situ
Remote
Static
Mobile
The standard (SOS)
contemplates this
Current available
solutions do not
support all those types
15
The challenges
●
The SOS problem
●
Data integration technologies have to be developed
to provide a uniform SOS data access interface to a
heterogeneous collection of meteorological and
oceanographic legacy data sources
16
MeteoSIX and the community
●
Some code contributions have already been
made
●
●
In OpenLayers, some patches improving SOS
support
In ncWMS
–
–
Contributions enabling the server to read and display
data in different projections
Some synchronization issues fixed
17
Roadmap
●
Initial version (September 2011)
●
Layers overlay
18
Roadmap
●
●
Georeferenced queries
19
Roadmap
●
●
Favourite locations
20
Roadmap
●
●
Different roles
Advanced users data view
Normal users data view
Aministrator interface
21
Roadmap
●
For the final release (December 2012):
●
Syndication system (GeoRSS)
–
–
●
For any location
For user's favourite locations
●
Mobile version of the site
●
Statistics
●
Vertical cross-sections graphics
●
Temporal animations
●
History
●
...
Give feedback to the communities
●
Suitability of data formats
●
Performance of protocols
22
INSPIRE Conference 2011 – Edinburgh, June 30
Thank you for your attention
http://meteosix.cesga.es
Systems
Laboratory
Computer
Architecture
Group
(University of
A Coruña)
Xurxo Méndez [email protected]
23

building a meteorological sdi for the region of galicia (spain)

Transcription

Similar documents

O PAZO DO SOUTO country inn

SARAMAX - SDI Systems

coto de gomariz

Service Deionization (SDI) Solutions

Saramax - SDI Systems

ARCOPOL Project improves Natural Protected Areas

A Career as a Certified Spinologist

HR Conference Poster - Advantage Consultores

Positive leadership Interview with María Garaña