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Tecnologia a servizio dell’agricoltura: con Swamp un sistema per ridurre lo spreco d’acqua

SWAMP è un progetto H2020 (https://cordis.europa.eu/project/rcn/212139/factsheet/it) il cui obiettivo è sviluppare una piattaforma IoT il cui scopo principale è offrire servizi risolvi alla riduzione dei consumi d'acqua in agricoltura. SEPA farà parte della piattaforma SWAMP, garantendo l'accesso ai dati sotto forma di Dynamic Linked Data.

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Dynamic Linked Data for the Development of Interoperable Web of Things Applications

Luca Roffia will present a training on Dynamic Liked Data application using SEPA technology at the Federal University of ABC, São Paulo, Brazil. In particular, the training will be focusing on SEPA as enabling technology for the Internet of Things, in particular the Web of Things.

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A dinner with SEPA in Moscow: the first SEPA training day

The first SEPA training day was hosted by FRUCT 24 @ Congress Center of MTUCI, Moscow.

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SWAMP project: enabling Dynamic Linked Data production and consumption for smart agriculture

The SWAMP project will develop a high-precision smart irrigation system concept for agriculture. The main idea is to enable the optimisations of irrigation, water distribution and consumption based on a holistic analysis that collects information from all aspects of the system including even the natural water cycle and the cumulated knowledge related to growing particular plants. It results to savings to all parties as it detects all the leakages and losses and guarantees better the availability of water in situations where water supply is limited (http://swamp-project.org/)

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The HABITAT system is powered by SEPA

HABITAT is a two-year project that aims to develop, implement and test a reengineering strategy of everyday objects, augmenting them with elements of intelligence (smart objects), thus allowing natural and economical transition to living environments which are able to adapt themselves to those requirements of inclusiveness and assistance, to be implemented at home. To create home environments assistive and reconfigurable, HABITAT project will adopt and integrate the most advanced technologies of the Internet of Things (IoT). (http://www.eng.habitatproject.info/)

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Dynamic Linked Data: A SPARQL Event Processing Architecture

This paper presents a decentralized Web-based architecture designed to support the development of distributed, dynamic, context-aware and interoperable services and applications. The architecture enables the detection and notification of changes over the Web of Data by means of a content-based publish-subscribe mechanism where the W3C SPARQL 1.1 Update and Query languages are fully supported and used respectively by publishers and subscribers. The architecture is built on top of the W3C SPARQL 1.1 Protocol and introduces the SPARQL 1.1 Secure Event protocol and the SPARQL 1.1 Subscribe Language as a means for conveying and expressing subscription requests and notifications. The reference implementation of the architecture offers to developers a design pattern for a modular, scalable and effective application development.

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SEPA presented at the W3C Plugfest

Thanks to the RDF, SPARQL and the implemented publish-subscribe mechanism, SEPA can support the dynamic discovery of Web Things and enable their interaction. At the same time, the shared context allows to develop context-aware applications and services on top of the Web of Things model.

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Back to the past

MUSE (MuseUm and Site Explorer) was an industrial Italian research project leaded by Ducati Energia S.p.a. and funded by the Italian Government within the National Research Program PARNASO. MUSE proposed a framework for interactive learning and entertainment on-site, and its major outcome was Whyre, a wearable, hands-free, sensory augmented, context-aware multimedia guide designed to turn museums and archaeological sites into communicating machines. Current research on IoT and related technologies could play the role of giving a new born to these kind of projects.