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FLASH TALK:
The INSPIRE Directive and
MyOcean2 compliance
Laia Romero,
MyOcean2, Central Information System
MyOcean2 User Workshop – Lisbon 19-20 July 2014 CIS – Central Information System
INSPIRE Directive Highlights
• Infrastructure for Spatial Information to support European policies
• Established and operated by the 27 Members states
• Directive entered into force in 2007 with full implementation required by 2019
• 34 data themes
• Common principles
• Implementing Rules
MyOcean2 User Workshop – Lisbon 19-20 July 2014 CIS – Central Information System
Data Themes
MyOcean2 User Workshop – Lisbon 19-20 July 2014
CIS – Central Information System
• Themes are grouped according to common characteristics in data content
ANNEX I 1. Coordinate reference systems 2. Geographical grid systems 3. Geographical names 4. Administrative units 5. Addresses 6. Cadastral parcels 7. Transport networks 8. Hydrography 9. Protected sites
ANNEX II 1. Elevation 2. Land cover 3. Orthoimagery 4. Geology
ANNEX III 1.Statistical units 2.Buildings 3. Soil 4. Land use 5. Human health and safety 6. Utility and governmental services 7. Environmental monitoring facilities 8. Production and industrial facilities 9. Agricultural and aquaculture facilities 10. Population distribution — demography 11. Area management/regulation zones 12. Natural risk zones 13. Atmospheric conditions 14. Meteorological geographical features 15. Oceanographic geographical features 16. Sea regions 17. Bio-geographical regions 18. Habitats and biotopes 19. Species distribution 20. Energy resources 21. Mineral resources
Oceanographic geographical features Description:
An Ocean Geographical Feature (OF) represents the (physical or chemical) properties of a Sea Region. This type of information is essentially a coverage describing the ocean and could be presented as a set of point data, gridded data, but also as vertical profiles through ocean depths and trajectories along the ocean surface. The Ocean Geographical Features theme employs the ISO 19156 Observations and Measurements standard for consistent encoding of measured, modelled or simulated data.
Common Principles
CIS – Central Information System
• Data must be collected once, and maintained effectively
• Seamless combination of spatial information from different sources, shared by European users and applications
• Information collected at one level can be shared with all levels of public authorities (detailed and general)
• Ready and transparently available information for good governance
• Available spatial data must be easy to discover, to evaluate their fitness for purpose and to know the conditions applicable to their use
MyOcean2 CIS Technical Workshop – Paris 25th Sept. 2013
Implementing Rules
CIS – Central Information System
• Common Implementing Rules shall be adopted for each main infrastructure components
Metadata ( about Data and service),
Data Specifications,
Network Services,
- Discovering
- View,
- Download with sub-setting
- Transformation of datasets for interoperability
- Services allowing previous service to be invoked
Data and Service Sharing
Monitoring and Reporting
MyOcean2 CIS Technical Workshop – Paris 25th Sept. 2013
MyOcean2 Compliance
CIS – Central Information System
• MyOcean2 DISCOVERY service relies on:
• OGC CSW Yes
• ISO 19 115 Geographic information – Metadata Yes
• ISO 19 119 Geographic information – Services Yes
• ISO 19 139 Geographic information - Metadata - Implementation specification Yes
• MyOcean2 VIEW service relies on:
• OGC WMS 1.3.0 Yes
• Specific INSPIRE requirements In-progress
• MyOcean2 DOWNLOAD service relies on:
• Network Services Regulation Yes
MyOcean2 CIS Technical Workshop – Paris 25th Sept. 2013
Perfomance, capacity, availability
CIS – Central Information System MyOcean2 CIS Technical Workshop – Paris 25th Sept. 2013
• Along with metadata requirements and provided services, INSPIRE requires a high level of Quality of Service, measured by 3 parameters :
– Performance (download speed, response time)
– Capacity (load accepted)
– Availability
• Quality of Service need to be measured for discovery interface (catalogue), download interface (subsetter, DGF) and view interface (WMS).
• CIS and top level engineering conduct regular tests on the view and download interfaces which are the most demanding interfaces in term of Quality of Service
9/26/13
How do we measure Quality of
VIEW Services? • Normalised testing procedure
• Performance side:
– “Nominal” response time < 5s for a “reference” request
– The 5 seconds refer to first byte returned by the service
– A nominal response is one the best 90% response times
– A reference request is a request of a map with the attributes:
a single layer , 800 pixels width - 600 pixels height, 8 bits color depth, varying bounding box (geographic area)
– Requests have to be done at least 10 times per hour
• Capacity side:
– 20 requests per second during 1 min
– Respect performances requirements
• Availability side:
– Reference requests have to be done at least 10 times per hour
– 99% availability
9/26/13
How do we measure Quality of
DOWNLOAD Services?
• “Nominal” response time should not exceed 30s for a “reference” request
• The download speed should be above 0,5Mo/s
– A nominal response is one the best 90% reponse times
– A reference request is a request of a dataset with the following attributes:
a single layer (variable), Varying bounding box (geographic area)
– Requests have to be done at least 10 times per hour
• Capacity side:
– 10 requests per second during 1 min
– Respect performances requirements
• Availability side:
– Reference requests have to be done at least 10 times per hour
– 99% availability
9/26/13
Quality of Service Implications
• Each individual service (= dataset!) needs to be monitored
• Configuration of the central monitoring tool
• An increase of requests for availability and performances measurements
• 99% of availability means max downtime 3.6 days per year
• Technical teams for continuous monitoring
• Appropriate equipment
9/26/13
CONCLUSIONS
• Every European service and project involving geographical data, needs to be compliant with INSPIRE Directive
• Service Infrastructure needs to be adapted to standards and directives according to its content
• Parts of the directive have evolved for a more complete definition of required practices (i.e. VIEW services)
• MyOcean2 is strongly committed to achieve full INSPIRE compliancy in all data services, and is evolving steadily towards this goal.
CIS – Central Information System MyOcean2 CIS Technical Workshop – Paris 25th Sept. 2013
Thank you for your attention