Matches in Ruben’s data for { <https://ruben.verborgh.org/publications/verborgh_ssn_2012/#publication> ?p ?o }
- publication author me.
- publication author vincent_haerinck.
- publication author sofie_van_hoecke.
- publication author rik_van_de_walle.
- publication author joaquim_gabarro_valles.
- publication author davy_van_deursen.
- publication author me.
- publication author me.
- publication creator me.
- publication creator vincent_haerinck.
- publication creator sofie_van_hoecke.
- publication creator rik_van_de_walle.
- publication creator joaquim_gabarro_valles.
- publication creator davy_van_deursen.
- publication creator me.
- publication creator me.
- publication about Web_services.
- publication about Web_service.
- publication about proof.
- publication about RESTdesc.
- publication about Representational_state_transfer.
- publication about Web_API.
- publication about Linked_Data.
- publication about Semantic_Web.
- publication about World_Wide_Web.
- publication author me.
- publication author vincent_haerinck.
- publication author sofie_van_hoecke.
- publication author rik_van_de_walle.
- publication author joaquim_gabarro_valles.
- publication author davy_van_deursen.
- publication author me.
- publication author me.
- publication coparticipatesWith me.
- publication coparticipatesWith vincent_haerinck.
- publication coparticipatesWith sofie_van_hoecke.
- publication coparticipatesWith rik_van_de_walle.
- publication coparticipatesWith joaquim_gabarro_valles.
- publication coparticipatesWith davy_van_deursen.
- publication coparticipatesWith me.
- publication coparticipatesWith me.
- publication type PublicationVolume.
- publication type ScholarlyArticle.
- publication type Article.
- publication type Document.
- publication type Document.
- publication type Document.
- publication type Q386724.
- publication type CreativeWork.
- publication type Work.
- publication P50 me.
- publication P50 vincent_haerinck.
- publication P50 sofie_van_hoecke.
- publication P50 rik_van_de_walle.
- publication P50 joaquim_gabarro_valles.
- publication P50 davy_van_deursen.
- publication P50 me.
- publication P50 me.
- publication maker me.
- publication maker vincent_haerinck.
- publication maker sofie_van_hoecke.
- publication maker rik_van_de_walle.
- publication maker joaquim_gabarro_valles.
- publication maker davy_van_deursen.
- publication maker me.
- publication maker me.
- publication title "Functional Composition of Sensor Web APIs".
- publication isPartOf proceedings_of_the_5th_international_workshop_on_semantic_sensor_networks.
- publication name "Functional Composition of Sensor Web APIs".
- publication label "Functional Composition of Sensor Web APIs".
- publication name "Functional Composition of Sensor Web APIs".
- publication topic Web_services.
- publication topic Web_service.
- publication topic proof.
- publication topic RESTdesc.
- publication topic Representational_state_transfer.
- publication topic Web_API.
- publication topic Linked_Data.
- publication topic Semantic_Web.
- publication topic World_Wide_Web.
- publication subject Web_services.
- publication subject Web_service.
- publication subject proof.
- publication subject RESTdesc.
- publication subject Representational_state_transfer.
- publication subject Web_API.
- publication subject Linked_Data.
- publication subject Semantic_Web.
- publication subject World_Wide_Web.
- publication authorList b0_b3235.
- publication topic Web_services.
- publication topic Web_service.
- publication topic proof.
- publication topic RESTdesc.
- publication topic Representational_state_transfer.
- publication topic Web_API.
- publication topic Linked_Data.
- publication topic Semantic_Web.
- publication topic World_Wide_Web.
- publication abstract "Web APIs are becoming an increasingly popular alternative to the more heavy-weight Web services. Recently, they also have been used in the context of sensor networks. However, making different Web APIs (and thus sensors) cooperate often requires a significant amount of manual configuration. Ideally, we want Web APIs to behave like Linked Data, where data from different sources can be combined in a straightforward way. Therefore, in this paper, we show how Web APIs, semantically described by the lightweight format RESTdesc, can be composed automatically based on their functionality. Moreover, the composition process does not require specific tools, as compositions are created by generic Semantic Web reasoners as part of a proof. We then indicate how the composition in this proof can be executed. We describe our architecture and implementation, and validate that proof-based composition is a feasible strategy on a Web scale. Our measurements indicate that current reasoners can integrate compositions of more than 200 Web APIs in under one second. This makes proof-based composition a practical choice for today’s Web APIs.".