Earth Observation Services in Collaborative Platforms

Transcription

1 Earth Observation Services in Collaborative Platforms

2 Elecnor Deimos Overview Elecnor DEIMOS: the technology branch of ELECNOR Space is core business, with spillovers to Aerospace, Defense, Transport, Energy and Environment 35M Turnover Years of Experience Presence in 4 Countries +300 Employees

3 Deimos Engenharia Overview Around 50 engineers Based in Lisboa, Parque Expo area Part of the Elecnor-DEIMOS Group Main Activity Areas: Ground Segment Infrastructures Satellite-based Positioning Guidance Navigation and Control Aplications in diverse areas

4 Deimos and EO Big Data Systems EO Big Data Access and Processing Copernicus Sentinels and other EO data Cloud processing for Big Data system Integration of tools and services Ongoing projects Provision of EO Data Access Processing facilities for Big Data Support services to integration and EO development Addressing major barriers to growth

5 Overview of FP7, H2020 and other Projects EO Big Data Sensors, Satellites, UAVs EO Big Data, Support Services Marine EO-System EO Big Data Access

6 E-GEM: Sensors, satellites and UAVs Coordinator: Deimos Engenharia FP7 SPACE 2013 Duration of 3 years Passive radar system for monitoring the oceans - reflectometry of GNSS Signals Six Unit CubeSat were already launched 2.8M project 8 partners

7 Emerging EO System Solutions For Data Distribution, Processing and Support European Commisson / H2020 funding ESA Techical Solutions and Trials (TEPs) EARSC MAEOS initiative

8 SenSyF: EO Big Data Systems Coordinator: Deimos Engenharia FP7 SPACE 2012 Duration of 3 years Cloud-based EO services Services based on Sentinels & Other EO data 2.5M project 9 partners

9 SenSyF: EO Big Data Systems DEIMOS first project in this area Setup of: Big Data Access Cloud Processing Application Integration Seven pilot services to test the system

10 SenSyF: EO Big Data Systems Seven Pilot Services Included S1: Monitoring of Continental Fresh Water S2: Artic-alpine Growing Season Mapping S3: Soil Freezing/Thawing S4: Spectro-temporal Integration S5: Multi-temporal Land Cover Classification and Change Detection S6: Agriculture Support S7: TOUCAN - Tools for Optical Sensor Calibration & Analysis

11 SIMOcean: System for Integrated Monitoring of the Oceans Coordinator: Deimos Engenharia EEA Grants 09/2015 Duration of 18 months System for deployment of Oceanographic EO based Services including harmonization of datasets (INSPIRE) Services based on data from measurements+models from IPMA and IH 250K project 3 national partners

12 Wide Variety of Data Sources Cloud Computing Capabilities for Data Fusion Multiple Users Communities

13 Meteorological Data Wind Characterisation Air Temperature Atmospheric Pressure Precipitation Cloudiness Oceanographic Data Sea Surface Temperature Ocean Currents Ocean Colour Chlorophyll Added Value Products Sea State Index for Harbours Characterization of Potential Fishing Areas

14 FISHING AREAS CHARACTERIZATION Prediction of fish distributions and potential areas of catch for the main species along the Portuguese coast SEA STATE INDEX FOR HABOUR APPROACHES To provide access to real-time sea state information based on highresolution forecast models for the port authorities. COMPARISON OF METEO-OCEANOGRAPHIC PARAMETERS Integrated web visualization environment of different meteo-oceanographic fields

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16 Co-ReSyF: EO Big Data System and Support Coordinator: Deimos Engenharia H2020 SPACE 2015 Duration of 3 years Thematic on Coastal Research Builds on SenSyF 3M project 8 partners

17 Co-ReSyF: Project Overview Easy to use system for coastal waters researchers to process data and share results Data Providers Processing Nodes Co-ReSyF Back End I am configuring what I want to do. It is just connecting boxes!! Co-ReSyF Front End I have a nice map where I can select the area and data to process. No worry to download data!! I received notification that my results are ready. I am looking at the resulting maps and they are great results. I am going to post to the community for feedback!!

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19 Co-ReSyF: Target Users 8 proposals chosen Summer School 12th to 14th of July Who are the users? Phase I (19 months) Consortium partners setting up default services: 1. Bathymetry from SAR (LNEC+IH) 2. Bathymetry, Benthic Classification and Water Quality from Optical (ACRI-HE+IH) 3. Vessel and Oil Spill Detection (UCC+DME) 4. Time-series processing for hyper-temporal optical data (UCC) 5. Ocean and Coastal Altimetry (NOC+UCC) Phase II (13 months) Same users from Phase I Additional collaborators selected from the open call (new services) Applications Synergies services (DME) Phase III (Public access) Anyone with interests in coastal research and related areas

20 NextGEOSS: EO Big Data Access Coordinator: Deimos Engenharia H2020 SPACE 2016 Duration of 3.5 years Centralised Hub for EO Data 10M project 27 partners KO in December 2016

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22 Data Federation and Uptake Sentinel Collaborative Ground Segments (DLR, NOA) Land (VITO), Atmosphere (WMO, MeteoSwiss, NILU) and Marine (CLS) data sources Citizen Observatories Commercial Providers Federation of additional data sources Dedicated CKAN-based harvesting tools for major data providers relying on OpenSearch and OGC standards Will incorporate previous initiatives on data harmonisation

23 Thank you Nuno Grosso EO Applications and Ground Segment Division