SWE bridge: software interface for plug & work instrument integration into marine observation platforms
Article Sidebar
Citacions a Google Acadèmic
Main Article Content
Enoc Martínez Padró
Daniel Mihai Toma
Joaquín del Río Fernandez
Óscar García Sánchez
Ikram Bghiel
The integration of sensor systems into marine observation platforms
such as gliders, cabled observatories and smart buoys requires a great deal of effort
due to the diversity of architectures present in the marine acquisition systems.
In the past years important steps have been taken in order to improve both standardization
and interoperability, i.e. the Open Geospatial Consortium’s Sensor Web
Enablement. This set of standards and protocols provide a well-defined framework
to achieve standardized data chains. However a significant gap is still present in the
lower-end of the data chain, between the sensor systems and the acquisition platforms.
In this work a standards-based architecture to bridge this gap is proposed in
order to achieve plug & work, standardized and interoperable acquisition systems.
such as gliders, cabled observatories and smart buoys requires a great deal of effort
due to the diversity of architectures present in the marine acquisition systems.
In the past years important steps have been taken in order to improve both standardization
and interoperability, i.e. the Open Geospatial Consortium’s Sensor Web
Enablement. This set of standards and protocols provide a well-defined framework
to achieve standardized data chains. However a significant gap is still present in the
lower-end of the data chain, between the sensor systems and the acquisition platforms.
In this work a standards-based architecture to bridge this gap is proposed in
order to achieve plug & work, standardized and interoperable acquisition systems.
Article Details
Com citar
Martínez Padró, Enoc et al. “SWE bridge: software interface for plug & work instrument integration into marine observation platforms”. Instrumentation viewpoint, no. 19, https://raco.cat/index.php/Instrumentation/article/view/317870.
Articles més llegits del mateix autor/a
- Daniel M. Toma, Joaquín del Río Fernandez, Montserrat Carbonell Ventura, Ferran Bernet Piquet, Jaume Miquel Masalles, Design and characterization of an oscillating energy harvester with planked piezoelectric for observatory OBSEA , Instrumentation viewpoint: 2014: Núm.: 17
- Luis VieiraSilva, Joaquín del Río Fernandez, Aplicación del protocolo OGC Puck para instrumentación lug and playRS232 y TCPIP , Instrumentation viewpoint: 2012: Núm.: 13
- Carla Artero Delgado, Ikram Bghiel, Marc Nogueras Cervera, Aplicación para la gestión de alarmas de la boya oceanográfica del observatorio OBSEA , Instrumentation viewpoint: 2014: Núm.: 17
- Daniel Toma, Joaquín del Río Fernandez, Antonio Manuel Lázaro, Energy-efficient communication protocol in linear wireless sensor networks , Instrumentation viewpoint: 2012: Núm.: 13
- A. Hidalgo, Ikram Bghiel, J. Olivé, F. Valls, F. Fernández, A. Maria, Fishing & marketing box , Instrumentation viewpoint: 2014: Núm.: 17
- Francisco José Jiménez Ortiz, Marc Nogueras Cervera, Carola Artero Delgado, Joaquín del Río Fernandez, Sistema de medida de intensidad lumínica para columna de agua basada en plataforma Arduino , Instrumentation viewpoint: 2014: Núm.: 17
- Ikram Bghiel, Joaquín del Río Fernandez, Daniel M. Toma, Elena López, OBSEA citizen science en área de ciencia de la obra social la Caixa , Instrumentation viewpoint: 2014: Núm.: 17
- Joaquín del Río Fernández, Daniel Toma, Antonio Manuel Lázaro, Advancing the interoperability of ocean sensors. Workshop demostration at ocean innovation 2008 congress. , Instrumentation viewpoint: 2009: Núm.: 7
- Daniel M. Toma, Joaquín del Río Fernandez, Thomas C. O'Reilly, Eric Delory, Jay Pearlman, Christoph Waldmann, Simon Jirka, Next generation of web enabled ocean sensor systems , Instrumentation viewpoint: 2014: Núm.: 17
- David Sarriá Gandul, Oriol Pallarés Valls, Joaquín del Río Fernandez, Acoustic modem for underwater sensor networks , Instrumentation viewpoint: 2014: Núm.: 17