MARINE OCEAN DATA — NEW TECHNOLOGIES FOR FISHERIES DATA MANAGEMENT AND INTEGRATION (Q3178120): Difference between revisions
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(Removed claim: summary (P836): The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vec...) |
(Created claim: summary (P836): The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vecto...) |
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The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vectors._x000D_ B) Development of transmission algorithms and communications protocols to maximise efficiency in data submission._x000D_ C) Development of an architecture to maximise service level._x000D_ _x000D_ Presents the following technological innovations:_x000D_ • New algorithms and simulation models of the future position of FAD objects, based on real data from FAD‘s_x000D_ • New algorithms and current simulation models, starting from real FAD’s_x000D_ • New oceanographic data compression and decompression algorithms based on Huffman_x000D_ • New alternative flexible communication protocols based on RUDIC’s or TCP/IP_x000D_ • New on-demand oceanographic data functionality parameterizable per ship to minimise data consumption_x000D_ • New server architecture schema ensures an optimal operating service level, with alarm generation capability in case the service level falls below a certain threshold._x000D_ _x000D_ Environmental objectives:_x000D_ Achieving technological objectives can contribute to improving the sustainability of fishing pelagic to help the captains of the ships with oceanographic information on the fishing probability and thus allow a considerable fuel saving._x000D_ _x000D_ The projects are developed in three work packages, over 24 months. (English) | |||||||||||||||
| Property / summary: The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vectors._x000D_ B) Development of transmission algorithms and communications protocols to maximise efficiency in data submission._x000D_ C) Development of an architecture to maximise service level._x000D_ _x000D_ Presents the following technological innovations:_x000D_ • New algorithms and simulation models of the future position of FAD objects, based on real data from FAD‘s_x000D_ • New algorithms and current simulation models, starting from real FAD’s_x000D_ • New oceanographic data compression and decompression algorithms based on Huffman_x000D_ • New alternative flexible communication protocols based on RUDIC’s or TCP/IP_x000D_ • New on-demand oceanographic data functionality parameterizable per ship to minimise data consumption_x000D_ • New server architecture schema ensures an optimal operating service level, with alarm generation capability in case the service level falls below a certain threshold._x000D_ _x000D_ Environmental objectives:_x000D_ Achieving technological objectives can contribute to improving the sustainability of fishing pelagic to help the captains of the ships with oceanographic information on the fishing probability and thus allow a considerable fuel saving._x000D_ _x000D_ The projects are developed in three work packages, over 24 months. (English) / rank | |||||||||||||||
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| Property / summary: The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vectors._x000D_ B) Development of transmission algorithms and communications protocols to maximise efficiency in data submission._x000D_ C) Development of an architecture to maximise service level._x000D_ _x000D_ Presents the following technological innovations:_x000D_ • New algorithms and simulation models of the future position of FAD objects, based on real data from FAD‘s_x000D_ • New algorithms and current simulation models, starting from real FAD’s_x000D_ • New oceanographic data compression and decompression algorithms based on Huffman_x000D_ • New alternative flexible communication protocols based on RUDIC’s or TCP/IP_x000D_ • New on-demand oceanographic data functionality parameterizable per ship to minimise data consumption_x000D_ • New server architecture schema ensures an optimal operating service level, with alarm generation capability in case the service level falls below a certain threshold._x000D_ _x000D_ Environmental objectives:_x000D_ Achieving technological objectives can contribute to improving the sustainability of fishing pelagic to help the captains of the ships with oceanographic information on the fishing probability and thus allow a considerable fuel saving._x000D_ _x000D_ The projects are developed in three work packages, over 24 months. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 18:55, 12 October 2021
Project Q3178120 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | MARINE OCEAN DATA — NEW TECHNOLOGIES FOR FISHERIES DATA MANAGEMENT AND INTEGRATION |
Project Q3178120 in Spain |
Statements
325,060.0 Euro
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406,325.0 Euro
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80.0 percent
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25 January 2019
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31 January 2021
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MARINE INSTRUMENTS SA
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42°8'25.94"N, 8°48'25.49"W
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36035
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En marco del proyecto OCEAN DATA se pretende desarrollar nuevas tecnologías de adquisición, procesamiento e interpretación avanzada de datos oceanográficos para la pesca, con el fin de que en el futuro puedan ser integrados como módulos funcionales en el sistema MarineView,_x000D_ _x000D_ El proyecto tiene las siguientes líneas de trabajo sobre tecnologías de información oceanográfica:_x000D_ A) Desarrollo de algoritmos de predicción del movimiento de los FAD’s y algoritmos para generar vectores de corrientes reales._x000D_ B) Desarrollo de algoritmos de transmisión y protocolos de comunicaciones para maximizar la eficiencia en el envío de datos._x000D_ C) Desarrollo de una arquitectura para maximizar el nivel de servicio._x000D_ _x000D_ Presenta las siguientes innovaciones tecnológicas:_x000D_ • Nuevos algoritmos y modelos de simulación de la posición futura de objetos FAD, partiendo de datos reales de la trayectoria de los FAD’s_x000D_ • Nuevos algoritmos y modelos de simulación de corrientes, partiendo partiendo de datos reales de los FAD’s_x000D_ • Nuevos algoritmos de compresión y descompresión de datos oceanográficos en base a algoritmos Huffman_x000D_ • Nuevos protocolos de comunicación flexibles alternativos en base a RUDIC’s o TCP/IP_x000D_ • Nuevo funcionalidad de datos oceanográficos bajo demanda parametrizable por barco para minimizar el consumo de datos_x000D_ • Nuevos esquema de arquitectura de servidores garantiza un nivel de servicio de funcionamiento óptimo, con la capacidad de generación de alarmas en el caso de que el nivel de servicio baje de un umbral determinado._x000D_ _x000D_ Objetivos ambientales:_x000D_ La consecución de los objetivos tecnológicos puede contribuir a mejorar la sostenibilidad de la pesca pelágica al ayudar a los capitanes de los barcos con información oceanográfica sobre la probabilidad de pesca y así permitir un ahorro de combustible considerable._x000D_ _x000D_ El proyectos se desarrollo en tres paquetes de trabajo, a lo largo de 24 meses. (Spanish)
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The OCEAN DATA project aims to develop new technologies for the acquisition, processing and advanced interpretation of oceanographic data for fishing, so that in future they can be integrated as functional modules in the MarineView system,_x000D_ _x000D_ The project has the following lines of work on oceanographic information technologies:_x000D_ A) Development of FAD’s movement prediction algorithms and algorithms to generate real current vectors._x000D_ B) Development of transmission algorithms and communications protocols to maximise efficiency in data submission._x000D_ C) Development of an architecture to maximise service level._x000D_ _x000D_ Presents the following technological innovations:_x000D_ • New algorithms and simulation models of the future position of FAD objects, based on real data from FAD‘s_x000D_ • New algorithms and current simulation models, starting from real FAD’s_x000D_ • New oceanographic data compression and decompression algorithms based on Huffman_x000D_ • New alternative flexible communication protocols based on RUDIC’s or TCP/IP_x000D_ • New on-demand oceanographic data functionality parameterizable per ship to minimise data consumption_x000D_ • New server architecture schema ensures an optimal operating service level, with alarm generation capability in case the service level falls below a certain threshold._x000D_ _x000D_ Environmental objectives:_x000D_ Achieving technological objectives can contribute to improving the sustainability of fishing pelagic to help the captains of the ships with oceanographic information on the fishing probability and thus allow a considerable fuel saving._x000D_ _x000D_ The projects are developed in three work packages, over 24 months. (English)
12 October 2021
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Nigrán
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Identifiers
IDI-20190518
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