The Copernicus programme of the European Union with its numerous Sentinel satellites operated by the European Space Agency are effectively making Earth Observation (EO) entering the big data era. This means that most current application projects cannot be addressed with conventional techniques. That is, the EO data revolution brough by Copernicus needs to be matched by a processing revolution. Existing approaches such as those based on the processing of massive archives of Landsat data are reviewed and the concept of the Joint Research Centre Earth Observation Data and Processing platform is briefly presented.JRC.E.1-Disaster Risk Managemen
Copernicus establishes an operational European Earth Observation capacity. Data from multiple source...
Hunsaker Aerospace Corporation is presenting this proposal for Project Copernicus to fulfill the nee...
This paper describes CANDELA - Copernicus Access Platform Intermediate Layers Small Scale Demonstrat...
The Copernicus programme of the European Union with its fleet of Sentinel satellites operated by the...
The amount of Earth Observation (EO) data is increasing at an unprecedented rate. The European Coper...
Earth observation (EO) has witnessed a growing interest in research and industry, as it covers a wid...
Copernicus is a European Earth Observation (EO) programme headed by the European Commission (EC) in ...
The world of Earth observation (EO) data is rapidly changing, driven by exponential advances in sens...
This chapter describes a Copernicus Access Platform Intermediate Layers Small-Scale Demonstrator, wh...
More people in more countries have access to data from global land-cover observing satellites over a...
The Earth Observation and Social Sensing Big Data pilot project was launched on the 1st January 2015...
The world of Earth observation (EO) data is rapidly changing, driven by exponential advances in sens...
Since 2015, the Sentinel‐1 and ‐2 sensors systematically provide radar and optical images, that can...
Remote sensing data is big, which makes it inherently not FAIR, due to the great burden put on the u...
The topic of this work covers current implementation of satellite radar (SAR) interferometry (InSAR)...
Copernicus establishes an operational European Earth Observation capacity. Data from multiple source...
Hunsaker Aerospace Corporation is presenting this proposal for Project Copernicus to fulfill the nee...
This paper describes CANDELA - Copernicus Access Platform Intermediate Layers Small Scale Demonstrat...
The Copernicus programme of the European Union with its fleet of Sentinel satellites operated by the...
The amount of Earth Observation (EO) data is increasing at an unprecedented rate. The European Coper...
Earth observation (EO) has witnessed a growing interest in research and industry, as it covers a wid...
Copernicus is a European Earth Observation (EO) programme headed by the European Commission (EC) in ...
The world of Earth observation (EO) data is rapidly changing, driven by exponential advances in sens...
This chapter describes a Copernicus Access Platform Intermediate Layers Small-Scale Demonstrator, wh...
More people in more countries have access to data from global land-cover observing satellites over a...
The Earth Observation and Social Sensing Big Data pilot project was launched on the 1st January 2015...
The world of Earth observation (EO) data is rapidly changing, driven by exponential advances in sens...
Since 2015, the Sentinel‐1 and ‐2 sensors systematically provide radar and optical images, that can...
Remote sensing data is big, which makes it inherently not FAIR, due to the great burden put on the u...
The topic of this work covers current implementation of satellite radar (SAR) interferometry (InSAR)...
Copernicus establishes an operational European Earth Observation capacity. Data from multiple source...
Hunsaker Aerospace Corporation is presenting this proposal for Project Copernicus to fulfill the nee...
This paper describes CANDELA - Copernicus Access Platform Intermediate Layers Small Scale Demonstrat...