INSPIRE in the context of next generation outdoor and indoor LBS

Transcription

1 INSPIRE in the context of next generation outdoor and indoor LBS Giuseppe Conti CTO Trilogis & i-locate project coordinator 16 June 2014

2

3 We spend 90% of our time indoor

4 Traditionally indoor routing has been based on signals Example of hospital in Trento

5 Recently, accurate indoor localisation technologies are now available for indoor Location Based Services (LBS)

6 Different solutions, different approaches Commercially availabile solutions are essentially based on triangulation of radio signal (GPS, WiFi, Bluetooth, ZigBee, mobile telephone cells) They should ensure«data fusion» to handle, in an integrated way, localisation both indoor and outdoor. Accuracy varies from few meters (WiFi) down to few centimeters (Bluetooth, ZigBee)

7 All market analysts agree that market of indoor LBS is set to grow in the next 4 years to a multi-billion market.

8 However

9 Three main barriers limit the use of hybrid indoor/outdoor LBS Lack of indoor maps available as open data. Lack of technological ecosystems that can use this data for innovative location, routing and asset management services within indoor & outdoor scenarios. Limited support for indoor/outdoor LBS by current GI standards.

10 Scope of the project

11 Scope of i-locate i-locate overcomes these barriers through: 1) The creation of a public geoportal ( hub ) for indoor mapping data (e.g. indoor complement to OpenStreetMap), to share (as open data) GI of publicly accessible indoor spaces. 2) Thecreationofanopensourcei-locatetoolkittoenable interoperable indoor/outdoor location and tracking of asset (material & people) for innovative LBS businesses. 3) The extension of current standards to support indoor/outdoor LBS based on privacy & security policies, for the highest protection of personal/critical data. 4) The development of a mobile client (App) accessing the toolkit s services via such standards.

12 Scope of i-locate i-locate addresses three scenarios: Scenario 1: guidance of patients through an health care path Scenario 2: Smart tracking and asset management for lean asset management models

13 Objectives of i-locate

14 Objective 1: to create a «virtual hub» for indoor mapping Private buildings accessible to the public Private properties

15 Objective 1: to create a «virtual hub» for indoor mapping Creation of a single point of entry to open indoor GI in Europe and beyond

16 Objective 1: to create a «virtual hub» for indoor mapping To develop an indoor counterpart to OSM

17 Objective 2: open source i-locate toolkit Provision of interoperable indoor/outdoor LBS Web- and mobile-based visualisation and management of open indoor GI Crowdsourcing-oriented provision of open GI regarding indoor/outdoor spaces Open communication interfaces (open standards) Scalability

18 Objective 2: open source i-locate toolkit (some technical details) i locate: Indoor/outdoor LOCation and Asset management Through open geodata (GA )

19 Objective 2: open source i-locate toolkit (some technical details) i locate: Indoor/outdoor LOCation and Asset management Through open geodata (GA )

20 Objective 2: open source i-locate toolkit (some of the LBS technologies used) (ex ) IEEE

21 Objective 2: open source i-locate toolkit Open Source middleware based on open standard Ready to deploy software toolkit that can be used to easily create innovative businesses

22 Objective 3: The creation of mobile client-side technologies App for ios and/or Android devices capable to access the toolkit s services

23 Objective 4: specific privacy and security policies Technology and the pilots will be built upon a Privacy Impact Assessment (PIA) and a TVRA (Threat, Vulnerability and Risk Analyses)

24 Objective 5: The use of current location based standards To leverage on CityGML / IndoorGML Other contributions on privacy/security standard may be required Interoperability is necessary to maximise takeover and impact of the project

25 Objective 6: To pilot for the duration of 12 monthswithin a real-life operational scenario Guidance of patients through an health care path, with the involvement as final downstream users- of several hospitals and an elderly persons nursing home. Smart tracking & asset management for lean management models, with the involvement of public health stakeholders, several city councils and a business park. Guiding visitors to reach indoor locations, withthe involvement of health centre facilities.

26 Objective 6: To pilot for the duration of 12 monthswithin a real-life operational scenario i-locate will be piloted for 12 months by real users within real scenarios

27 Rovereto, Italy

28 Sliema, Malta

29 Marousi, Greece

30 Alba Iulia, Romania

31 Utrecht, Netherlands

32 Baia Sprie, Romania

33 Dresden, Germany

34 Rijeka, Croatia

35 Brasov, Romania

36 Genova, Italy

37 Velletri, Italy

38 Technoport, Luxembourg

39 Sibiu, Romania

40 Tremosine, Italy

41 Objective 6: To pilot for the duration of 12 monthswithin a real-life operational scenario Involve a variety of appropriate user communities

42 Objective 7: To ensure commercial exploitation Significant presence of SMEs (13 partners) within the consortium will be reflected by a very significant business exploitation of the results It leverages on liaison with SmeSPIRE linking to futher 300+ EU geo-ict SMEs. Partner TECH in particular will lead business planning activities

43 Follow us at and LinkedIn

44

45 The thinkers

46 Sabina Dimitriu Town and Regional Planner General Manager of EU Projects

47 Giorgio Saio Coordinator of GISIG & coordinator of several EU projects

48 Wendy Laura Cînța Landscape Planner Communication and Projects Design

49 Giacomo Martirano General Manager of Epsilon Italia & Coordinator of smespire

50 Alkis Astyakopoulos Geomatics Engineer

51 Giuseppe Conti CTO, Trilogis (& coordinator of i-locate)

52 Enough now think! *«Image courtesy of imagerymajestic / FreeDigitalPhotos.net»