Add to ORKGIn this paper, we provide an overview of the H2020 EU project EO-ALERT. The aim of EO-ALERT is to propose the definition and development of the next generation Earth observation (EO) data and processing chain, based on a novel flight segment architecture moving optimised key EO data processing elements from the ground segment to on-board the satellite. The objective is to address the need for increased throughput in EO data chain, delivering EO products to the end user with very low latency
EO- ALERT is a European Commission H2020 project coordinated by Deimos Space. Partners are DEIMOS Im...
In this paper, we provide an overview of the H2020 EU project EO-ALERT and specify the preliminary o...
Nowcasting and very-short range forecasting products play an important role for emergency management...
In this paper, we provide an overview of the H2020 EU project EO-ALERT. The aim of EO-ALERT is to pr...
The growing number of planned Earth Observation (EO) satellites, together with the increase in paylo...
The EO-ALERT project proposes the definition and development of the next-generation Earth Observatio...
This paper presents the architecture and results achieved by the EO-ALERT H2020 project. EO-ALERT pr...
The EO-ALERT European Commission H2020 project proposes the definition, development, and verificatio...
This paper presentsthe architecture and results achieved by the EO-ALERT H2020 project. EO-ALERT p...
The EO-ALERT European Commission H2020 project proposes the definition, development, and verificatio...
The growing number of planned Earth Observation (EO) satellites, together with the increase in paylo...
EO- ALERT is a European Commission H2020 project coordinated by Deimos Space. Partners are DEIMOS Im...
Earth observation (EO) data delivered by remote sensing satellites provide a basic service to societ...
This paper presents an overview of the maritime monitoring satellite architecture and results achiev...
Satellite-based Earth Observation (EO) is a key technology for applications like emergency managemen...
EO- ALERT is a European Commission H2020 project coordinated by Deimos Space. Partners are DEIMOS Im...
In this paper, we provide an overview of the H2020 EU project EO-ALERT and specify the preliminary o...
Nowcasting and very-short range forecasting products play an important role for emergency management...
In this paper, we provide an overview of the H2020 EU project EO-ALERT. The aim of EO-ALERT is to pr...
The growing number of planned Earth Observation (EO) satellites, together with the increase in paylo...
The EO-ALERT project proposes the definition and development of the next-generation Earth Observatio...
This paper presents the architecture and results achieved by the EO-ALERT H2020 project. EO-ALERT pr...
The EO-ALERT European Commission H2020 project proposes the definition, development, and verificatio...
This paper presentsthe architecture and results achieved by the EO-ALERT H2020 project. EO-ALERT p...
The EO-ALERT European Commission H2020 project proposes the definition, development, and verificatio...
The growing number of planned Earth Observation (EO) satellites, together with the increase in paylo...
EO- ALERT is a European Commission H2020 project coordinated by Deimos Space. Partners are DEIMOS Im...
Earth observation (EO) data delivered by remote sensing satellites provide a basic service to societ...
This paper presents an overview of the maritime monitoring satellite architecture and results achiev...
Satellite-based Earth Observation (EO) is a key technology for applications like emergency managemen...
EO- ALERT is a European Commission H2020 project coordinated by Deimos Space. Partners are DEIMOS Im...
In this paper, we provide an overview of the H2020 EU project EO-ALERT and specify the preliminary o...
Nowcasting and very-short range forecasting products play an important role for emergency management...