From classical web mapping publica2on to INSPIRE service architecture in the Cloud InGeoCloudS BRGM, Pierre LAGARDE

Transcription

1 From classical web mapping publica2on to INSPIRE service architecture in the Cloud InGeoCloudS BRGM, Pierre LAGARDE

2 The classical approach of the environmental data dissemina3on 2

3 The classical approach of the environmental data dissemina3on Specific Web- Mapping applica2on for each data provider InGeoCloudS INSPIRE Florence Workshop June 26,

4 The classical approach of the environmental data dissemina3on in-house IT InGeoCloudS INSPIRE Florence Workshop June 26,

5 The classical approach of the environmental data dissemina3on INSPIRE services : different part of the system poten2ally not in rela2on with data publica2on 5

6 Change the rules 1. Drive the INSPIRE implementa2on on the basis of user s requirements 2. Combine Map publica2on («my» map ) and INSPIRE legal requirements for services 3. Avoid to re- invent the wheel with specific web applica2ons 4. Simplify IT challenges with a Cloud solu2on 6

7 InGeoClouds project in a nutshell Inspired Geodata Cloud Services Co- funded by the European Commission (ICT, 2012) Feb july InGeoCloudS INSPIRE Florence Workshop June 26,

8 InGeoClouds project in a nutshell Design and build a cloud infrastructure for public agencies in the spa2al- environmental field Provide an innovate (flexible, ) infrastructure for geo- data services Move our services to a cloud- based infrastructure. Integrate geo- data by exploi2ng a linked data model 8

9 Partnership Profile 5 Geological Surveys bringing 6 ini2al Use Cases (datasets and applica2ons) Ground Water Management Geo- Hazards GeoData Publica2on and Mapping EC Support 3 ICT organiza2ons bringing key- exper2se Cloud Compu2ng Seman2c Web and Linked Data GIS Soiware architecture and integra2on

10 InGeoCloudS approach for the Web mapping Publica3on : Step 1 Home- made IT infrastructure for dissemina2on and INSPIRE Cloud Infrastructure and Cloud API 10

11 A cloud architecture for the geosciences Metadata INSPIRE Data model OGC services 11

12 A Cloud for INSPIRE... with Amazon Web Services SCALABILITY + ELASTICITY + ON- DEMAND + MEASURED SERVICE 12

13 InGeoCloudS approach for the Web mapping Publica3on : Step 2 Specific WebMapping applica2on My map publica2on Home- made IT infrastructure for dissemina2on and INSPIRE Cloud Infrastructure and Cloud API 13

14 From the map to the INSPIRE service Upload my dataset Create a new map (context) Create Layers (from dataset) Finalize the map Add func2onali 2es Publish the map 14

15 Map Publica3on Service InGeoCloudS INSPIRE Florence Workshop June 26,

16 InGeoCloudS approach for the Web mapping Publica3on : Step 3 Dedicated INSPIRE services Create INSPIRE services with my map Specific WebMapping applica2on Home- made IT infrastructure for dissemina2on and INSPIRE My map publica2on + Metadata Cloud Infrastructure and Cloud API 16

17 From the map to the INSPIRE service Upload my dataset Create a new map (context) Create Layers (from dataset) Finalize the map Add func2onali 2es Publish the map Tag my dataset Defines my services Publish services Metadata View, Download Public Catalog 17

18 From the map to the INSPIRE service 18

19 From the map descrip3on to INSPIRE WMS GetCapabili3es Editor Interface with Metadata «editor» WMS CSW catalog Use the content of! the metadata! to create the! INSPIRE GetCapabilities 19

20 And data model for Inspire? Propose DB template of data model in regard of INSPIRE requirements Experiment the LinkedData model (GSOM) to produce INSPIRE models But depends of the gap between data provider s dataset and INSPIRE requirements 20

21 Perspec3ves and conclusions The pilot 1 is available and pilot 2 in September Provide a service to create and publish maps and improve the INSPIRE compliance Op2mize the cloud infrastructure to fulfil the INSPIRE performance AND cost efficient Analyse the poten2al use of the service by data providers (strengths and weakness, ) but also business plan innova2ons (Cloud cost!!) 21

22 Small Amazon instance Op3mize the infrastructure: Example with the number of requests with a WMS GetMap WMS 6 Performance Capacity Availability GetMap 800x600 <5 s simultaneaus requests > 20/s 99% Large Amazon instance 50 22

23 Thanks for your auen2on Thanks for your auen2on and do not hesitate to join the adventure! pilot.ingeoclouds.eu