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CHOReVOLUTION WP4 UTC Use case

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Urban Traffic Coordination work package 4 by Cristofer Englund, Viktoria Swedish ICT
First Year Project Review in Brussels
11 February 2016

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CHOReVOLUTION WP4 UTC Use case

  1. 1. WP 4 Urban traffic coordination – Situation and eco-aware driving assist Cristofer Englund Viktoria Swedish ICT
  2. 2. WP4 Overview Duration: M1 – M36 (all tasks) Effort: 53 PMs Task 4.1: Urban Traffic Coordination Scenario Investigation and Requirements Analysis •  Viktoria, Cefriel, Thales, Tirasa, UDA Task 4.2: Urban Traffic Coordination Services Implementation and Choreography Development •  Viktoria, Cefriel, Inria, Thales, Tirasa, UDA Task 4.3: Urban Traffic Coordination Choreography Deployment and Assessment •  Viktoria, Cefriel, Inria, Thales, Tirasa, UDA Task 4.4: Urban Traffic Coordination Business Model •  Viktoria 211 Feb 2016
  3. 3. WP4 Deliverables ü  D4.1: Urban Traffic Coordination Scenario Definition and Requirements (Viktoria) – M6 •  D4.2: Urban Traffic Coordination Initial application prototyping (Viktoria) – M24 •  D4.3: Urban Traffic Coordination Deployment and Demonstration (Viktoria) – M36 •  D4.4: Urban Traffic Coordination Business models (Viktoria) – M36 311 Feb 2016
  4. 4. 11 Feb 2016 4 Transport challenges l  Growing mobility and congestion l  Increasing emission from transport sector l  Traffic safety l  Urbanization l  High expectations on information availability, timing, accuracy Source: peakoil.com Source: WHO Over 1.2 million people die each year on the world’s roads, and between 20 and 50 million suffer non-fatal injuries + 40% CO2 emissions since 1992 from transport, while decreasing from other areas Sweden aim for fossil free transport system in 2030 in Sweden. Today 95%.
  5. 5. 5 Opportunities •  Cooperative intelligent transport systems (C-ITS) •  Connected vehicles •  Ubiquitous connectivity – Networked society •  Cloud computing •  Open data 11 Feb 2016
  6. 6. 6 Services and Things in the FI domain •  Multiple services •  Real time traffic information •  Map information •  Routing/Navigation information •  Road infrastructure information •  … •  Multiple domains •  Public authorities •  Commercial data providers •  Open data •  Crowd data •  … 11 Feb 2016
  7. 7. Challenges with services and things 11 Feb 2016 Middleware protocolsSOAP REST CoAP MQTT MQTT-S XMPP Issues Security: We want to have secure communication between services Heterogeneity: No single choice on middleware protocols, depending on stakeholders Interoperability: Different protocols need to be able to communicate with each other, critical in IoT Strong competition between protocols Solutions Security filters Binding components Adaptors 7
  8. 8. Scenario description – Situation and eco-aware driving assist (SEADA) Situa&on)and) Eco-Aware) Travel)Speed) Advisory)SEATSA) ! CWARP) Conges&on) Warning)&) Route)re- Planning) Accident) Warning)&) Route)re- Planning) AWARP) Extreme)Road) Situa&on) Warning)&) Route)re- Planning) ! ERWARP) Traffic-based)events) Green)Light) Op&mized) Speed)) Advisory))GLOSA) BOWARP) Bridge)Open) Warning)&) Route)re- Planning) ! Loca&on-based)events) Origin) Upon)traffic)events) Approaching)loca&ons) Situa&on)and) Eco-Aware) Route) Planning)SEARP) Dest) New)route)) needed?) Y) N) To develop highly responsive situation and eco-aware information to improve driving experiences and reduce CO2 emission. 11 Feb 2016 8
  9. 9. Scenario description – Situation and eco-aware driving assist (SEADA) l  WP 4: Use Case Urban Traffic Coordination (UTC) -  Design with respect to security and requirements -  Situation-aware and eco-friendly driving guidance -  improved driving comfort, -  traffic efficiency, -  emission reduction -  Define eco-driving -  Develop situation- and eco-aware driving application -  Business models for eco-driving -  How can eco-driving be integrated C-ITS 11 Feb 2016 9
  10. 10. ORCHESTRATION vs CHOREOGRAPHY •  Centralized - Orchestration •  Services interact only with the central service •  Difficult to coordinate multiple domain services •  Less flexible •  Less scalable •  Distributed- Choreography •  Peer-to-peer service interaction •  Straighforward to coordinate multiple domain services •  Flexible to change coordination logic •  Scalable service coordination •  Facing future C-ITS system Central service ! applica5on boundary 11 Feb 2016 10
  11. 11. 11 CHOReVOLUTION features •  Easy choreography specification based on BPMN2 •  Reusability of existing services and things •  Automatic choreography synthesis and enactment •  Interoperability between different service protocols •  Deals with services and things •  Cloud deployment for straightforward application execution An all-in-one platform for service-choreography-based application development is very promising in future connected and automated transport system. 11 Feb 2016
  12. 12. Traffic related services •  Eco-driving -  Mathematical model for evaluating eco-friendliness of routes based on geo-information and real-time traffic information •  BOWARP – Bridge Opening Warning & Route re-planning -  Building web-service based on API from City of Gothenburg •  GLOSA – Green Light Optimal Speed -  Mathematical model of the traffic light status -  Building web-service based on Public Transport API of the bus status -  Time-To-Red modelling 11 Feb 2016 12
  13. 13. Estimate Time-To-Red – based on bus position Regnbågsgatan Stop t1 Pumpgatan Stop t2 Frihamnen Stop t3 11 Feb 2016 Traffic light Time-To-Red = f(t1,t2,t3) 13
  14. 14. 14 Route planning: Choreography diagram Figure 4.3: WP4 Choreography Specification Figure 4.4: WP4 Traffic Estimation Sub-Choreography Specification BS-MAP represents a service that supports ND while accessing digital maps. Map information can be both local and on-demand through Internet access. BS-MAP is used for accessing the Figure 4.3: WP4 Choreography Specification Figure 4.4: WP4 Traffic Estimation Sub-Choreography Specification11 Feb 2016
  15. 15. Route planning: Alternative routes 11 Feb 2016 15
  16. 16. Route planning: Traffic information 11 Feb 2016 16
  17. 17. Route planning: Traffic-based events 11 Feb 2016 17
  18. 18. Conclusion and next step •  WP4 main achievments in the period: -  D4.1 delivered on time -  Created choreographies for the use-case -  Re-used a number of services for route generation and traffic- related information •  Continue experimenting with the Chorevolution studio -  Evaluate and give feedback, for continous development, of the Chorevolution studio -  Incremental development to add funcitonallity of the use-case 11 Feb 2016 18
  19. 19. THANK YOU

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