THE FUTURE INTERNET ENABLEMENT OF THE ENVIRONMENT INFORMATION SPACE

Transcription

1 THE FUTURE INTERNET ENABLEMENT OF THE ENVIRONMENT INFORMATION SPACE ISESS 2013 Neusiedl, 10/10/2013 Thomas Usländer, Fraunhofer IOSB

2 Three phases of the Future Internet Programme (FI-PPP) Phase 2: Apr Mar 2015 Prepare for early trials Develop core platform and use case specific functionalities Run early trials Phase 3: May Oct 2015 Provide stable infrastructure for large-scale trials Prove viability of concept through large-scale trials including innovative SMEs Phase 1: Apr Mar 2013 Usage area requirements Development of architecture and generic and specific enablers Evaluation of test infrastructures CONCORD Project Consortium

3 USE CASES Projects in the FI-PPP Call 1 Call 2 Call 3 CONCORD: Programme Facilitation & Support INFINITY: Capacity Building & Infrastructure SME Innovation FInest Instant Mobility SMARTAGRIFOOD FINSENY SafeCity OUTSMART FI-CONTENT XIFI: Capacity Building FINESCE FIspace FI-STAR FITMAN 3 rd Call Use Case Expansion Phase ENVIROFI FI-CONTENT 2 FI-WARE: Technology Foundation TF Continuation Phase 1 Phase 2 Phase CONCORD Project Consortium

4 Scenarios 1. Bringing Biodiversity into the Future Internet Enabled biodiversity surveys with advanced ontologies Analysis, quality assurance and dissemination of biodiversity data 2. Personal Information System for Air Pollutants, allergens and meteorological conditions Enhance human to environment interaction Atmospheric conditions and pollution in the palm of your hand 3. Collaborative Usage of Marine Assets Assess needs of key marine user communities Selection of representative marine use cases for further trial: leisure and tourism, ocean energy devices, aquaculture, oil spill alert

5 Service-oriented Analysis and Design Business IT-Strategy Business Services View of Thematic Expert requirements Multi-style Service-oriented Architecture (SOA) Software Architecture Specific Enablers Generic FI Enablers View of IT Expert gap capabilities / service registries

6 ENVIROfying the Future Internet: Requirements vs. Capabilities Biodiversity Air Quality Maritime Risks Compliance with standards! requirements capabilites Environmental Enablers Future Internet Core Platform (Generic Enablers) 6

7 Compliance with Standards? SensorWeb Ref.arch TC/ NWIP Air Biodiv TC/287 Various Standardization activities SoaML MetOcean

8 Reference Architecture Baseline OGC OGC r1 OGC ISO Best Practices paper Discussion paper Best Practices paper revision ISO Reference Model for Open Distributed Processing (RM-ODP) RM-OA Environmental Risk Management SensorSA Environmental Monitoring SWE Best Practices Environmental and Health Risks Biodiversity, Air quality and Maritime Risks Geospatial SOA Sensor Web Spatial Information Infrastructure t 8

9 ISO rev: Change areas Focus on normative parts (requirements) (Configuration management and backword compatibility) Service taxonomy (multiple, including life cycle ) Revise/enhance the services taxonomy with specification of both architectural based and life cycle based taxonomy and their relationships Service modeling (examples of Service models) Relationship with OWS Common (OGC) Abstract test suite test all the requirements Missing modularisation recommendation, PMG comments Relationship to Enterprise architecture, and enterprise viewpoint i.e. TOGAF Relationship to ISO reference model, classify concepts etc., matrix ref. service OSE relationship previous ISO standard (withdrawn) References to other documents TR 15449, projects etc...envirofi etc. Clarify/ relationship/references to CEN/TC289 TR and input references Arne Berre, SINTEF

10 Reference Architecture Baseline OGC OGC r1 OGC ISO Best Practices paper Discussion paper Best Practices paper revision ISO Reference Model for Open Distributed Processing (RM-ODP) RM-OA Environmental Risk Management SensorSA Environmental Monitoring SWE Best Practices Environmental and Health Risks Biodiversity, Air quality and Maritime Risks Geospatial SOA Sensor Web Spatial Information Infrastructure FI-WARE core platform t 10

11 FI-WARE Core Platform Architecture (1) Allocation of Virtual Machines (VMs) Allocation of Object Storage Creation of Cloud Proxies Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 11

12 FI-WARE Core Platform Architecture (2) Complex Event Processing (CEP) Publish/Subscribe Broker Big Analysis Video Analysis Query broker Location Service Semantic Application (Support) Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 12

13 FI-WARE Core Platform Architecture (3) Service Description Repository Marketplace Light Semantic Composition Editor Mashup Factory WireCloud Mediator Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 13

14 FI-WARE Core Platform Architecture (4) Things Management Device Management Advanced Connectivity Management Handling Protocol Adapter Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 14

15 FI-WARE Core Platform Architecture (5) Security Monitoring Identity Management handling DB Anonymizer Context-based Security & Compliance Secure Storage Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 15

16 ENVIROFI Architecture MANAGE OBSERVE PUBLISH DISCOVER COMPOSE ANALYSE ACT NOTIFY Environmental Monitoring and Decision Support Lifecycle VGI TAGging MEDiation Fusion NOTification Geospatial services Environmental Specific Enablers Geospatial Specific Enablers Processing Analytics App Services IoT Cloud Interface Security FI-WARE Generic Enablers 16

17 Human Sensor Service MANAGE OBSERVE PUBLISH DISCOVER COMPOSE ANALYSE Environmental (Biodiversity, Atmospheric and Marine) Applications ACT NOTIFY Environmental Monitoring and Decision Lifecycle VGI Mobile VGI enabler MDAF Cloud storage and Synchronisation (MDAF) TAGging Uncertainty semantic annotation MEDiation Discovery broker Discovery augm component Access broker Connector SOS Connector WCS Connector WFS Connector WMS Connector toolbox Mediator SOS Mediator Fusion toolbox Transcode sensor Fusion fusion Image sample classification Asset geo-reference analysis Areas classification Prediction service Model-based fusion GEO Observ collection Observ catalogue Observ retrieval Observ identification Observ visualization Observ operatiing Image sample archive Sample Quality Asses Georef observ prox Georef Observ app NOTification Alert notification Sensor Event Environmental SEs Geospatial Services ERDDAP OGC Charting OGC SensorWeb OGC Processing OGC Storage (OPeNDAP) WMS, WCS SOS, SPS WPS WFS THREDDS Geospatial SEs FI-WARE - Generic Enablers Cloud-I2ND Alloc VMs Alloc Obj St 1 Comp Evt.Proc Pub/Sub Broker Big An 2 Query Brok Locations Seman App Seman Ann Apps Serv.Repository Marketplace Sem Comp Editor WireCloud Mediator Security ID Mgmt IoT Things Mgmt Device Mgmt GW Handling Prot Adapter

18 18 worthwhile to compare with ORCHESTRA services of 2007

19 Mapping of Environmental Enablers Builds on INSPIRE, GEOSS, FI-Ware FI-Ware Existing standards Harvesters, connectors and mediators (MED): facilitate easier interoperability between other backend services and data sources Geo-referenced data collection applications (GEO): provide ways to record and archive geotagged measurements and designed to support mobile crowd-sourcing and crowd-tasking Semantic tagging tools (TAG): support for semantic enrichment of environmental data Fusion tools for heterogeneous data sources (FUSION): preparing and aggregating environmental data into formats suitable for use Event detection and notification services (NOT) Geospatial data provisioning and storage (OGC): relate to the provisioning and storage of environmental observations and measurements

20 ENVIROFI Architectural Results (Open) Environmental Architectures heavily rely upon geospatial data models and services (standards) These standards need to be realized on top of, or better, need to be integrated into the core platform (FI-WARE) generic Environmental Monitoring and Decision Lifecycle as a framework for use case generalization Contributions to standardization CEN /TC289 TR on Spatial Infrastructure in Europe ISO/TC Geospatial Service Architecture OGC Topic 12 on Service Architecture 20

21 Not limited to the environmental usage area. => Delegated to Generic Enablers of the FI-WARE core platform Requirements Matching

22 Catalogue ( Main Menu: access to Enablers and Applications Recent developments Home page: Overview of specific enablers ENVIROFI Tweets

23 Thank you for your attention Thomas Usländer The research leading to these results has received funding from the European Community's Seventh Framework Programme (FP7/ ) under Grant Agreement Number