Matches in Ruben’s data for { ?s ?p ?o }
- publication type Document.
- publication type Q386724.
- publication type CreativeWork.
- publication type Document.
- publication type Work.
- publication type Document.
- publication P50 me.
- publication P50 me.
- publication P50 mathias_van_compernolle.
- publication P50 eveline_vlassenroot.
- publication P50 bert_marcelis.
- publication P50 me.
- publication maker me.
- publication maker me.
- publication maker mathias_van_compernolle.
- publication maker eveline_vlassenroot.
- publication maker bert_marcelis.
- publication maker me.
- publication title "Decentralized Open Data Publishing for the Public Transport Route Planning Ecosystem".
- publication isPartOf proceedings_of_the_3rd_open_data_research_symposium.
- publication name "Decentralized Open Data Publishing for the Public Transport Route Planning Ecosystem".
- publication label "Decentralized Open Data Publishing for the Public Transport Route Planning Ecosystem".
- publication name "Decentralized Open Data Publishing for the Public Transport Route Planning Ecosystem".
- publication topic public_transport.
- publication topic Linked_Connections.
- publication topic route_planning.
- publication topic open_data.
- publication subject public_transport.
- publication subject Linked_Connections.
- publication subject route_planning.
- publication subject open_data.
- publication authorList b0_b2217.
- publication topic public_transport.
- publication topic Linked_Connections.
- publication topic route_planning.
- publication topic open_data.
- publication abstract "Open data became a fundamental requirement for the route planning application ecosystem in the public transport sector. The way this data is published has a direct influence in the architectural design of route planning applications, which today tends towards centralized solutions (e.g. Google Maps, CityMapper). Linked Connections emerged as a more scalable and cost-efficient decentralized alternative for public transport open data publishing, compared to centralized approaches. However, how this impacts the different actors that belong to the route planning ecosystem is still unknown. In this work, we study and discuss the potential impact of Linked Connections through a set of evaluations that measure the technical and user-perceived performance of route planning applications that run on the client-side, compared to a traditional approach performing the route planning logic on the server-side. Results showed that (i) for some use cases, a Linked Connections based approach outperforms centralized approaches but it heavily depends on the underlying hardware. (ii) More than half of the travellers that participated on the tests preferred the Linked Connections client application due to additional features such as offline querying and privacy safeguarding regardless of the slower performance in some cases. This work provided insights and an initial assessment of the potential effects of implementing a decentralized open data publishing strategy on the public transport route planning ecosystem. The potential benefits of such an approach are aligned with the ideals of open data of fostering innovation, boosting economic growth and providing solutions for more specific necessities.".
- publication datePublished "2018".
- publication mainEntityOfPage rojas_odrs_2018.
- publication sameAs publication.
- publication isPrimaryTopicOf rojas_odrs_2018.
- publication page rojas_odrs_2018.
- publication author me.
- publication author me.
- publication author harm_delva.
- publication author me.
- publication creator me.
- publication creator me.
- publication creator harm_delva.
- publication creator me.
- publication about Linked_Connections.
- publication about route_planning.
- publication about Linked_Data.
- publication about data_integration.
- publication author me.
- publication author me.
- publication author harm_delva.
- publication author me.
- publication coparticipatesWith me.
- publication coparticipatesWith me.
- publication coparticipatesWith harm_delva.
- publication coparticipatesWith me.
- publication type ScholarlyArticle.
- publication type Article.
- publication type Document.
- publication type Q386724.
- publication type CreativeWork.
- publication type Document.
- publication type Work.
- publication type Document.
- publication P50 me.
- publication P50 me.
- publication P50 harm_delva.
- publication P50 me.
- publication maker me.
- publication maker me.
- publication maker harm_delva.
- publication maker me.
- publication title "How to prototype a client-side route planner for Helsinki with Routable Tiles and Linked Connections".
- publication isPartOf proceedings_of_the_2nd_international_workshop_on_semantics_for_transport.
- publication name "How to prototype a client-side route planner for Helsinki with Routable Tiles and Linked Connections".
- publication label "How to prototype a client-side route planner for Helsinki with Routable Tiles and Linked Connections".
- publication name "How to prototype a client-side route planner for Helsinki with Routable Tiles and Linked Connections".
- publication topic Linked_Connections.
- publication topic route_planning.
- publication topic Linked_Data.
- publication topic data_integration.
- publication subject Linked_Connections.
- publication subject route_planning.
- publication subject Linked_Data.
- publication subject data_integration.
- publication authorList b0_b2041.
- publication topic Linked_Connections.
- publication topic route_planning.
- publication topic Linked_Data.
- publication topic data_integration.
- publication abstract "Route planning is key in application domains such as delivery services, tourism advice and ride sharing. Today’s route planning as a service solutions do not cover all requirements of each use case, forcing application developers to build their own self-hosted route planners. This quickly becomes expensive to develop and maintain, especially when it requires integrating data from different sources. We demo a configurable route planner that takes advantage of strategically designed data publishing approaches and performs data integration and query execution on the client. For this demonstrator, we (i) publish a Linked Connections interface for the public transit data in Helsinki, including live updates; (ii) integrate Routable Tiles, a tiled Linked Data version of OpenStreetMap road network and (ii) implement a graphical user interface, on top of the Planner.js SDK we have built, to display the query results. By moving the data integration to the client, we provide higher flexibility for application developers to customize their solutions according to their needs. While the querying might be slow today, these preliminary results already hint at different data publishing strategies that may increase query evaluation performance on the client-side.".
- publication datePublished "2020".
- publication mainEntityOfPage rojas_sem4tra_2020a.
- publication sameAs publication.