Articoli

EUMETSAT & CNR with GEO-K united by an Algorithm

On 20 of May 2016, at the EUMETSAT Headquarters in Darmstadt, Germany, GEO-K signed a new contract for a study about cloud detection over sea ice using the “Sea and Land Surface Temperature Radiometer” (SLSTR) instrument aboard on Sentinel 3 satellite.

Sea ice is typically present on polar oceans of the planet and has a crucial role on climate. Therefore, monitoring its morphological structure, its changes and its temperature is important to have a clear picture of the actual and future climate state.

To do these kind of observations at best, it is important that the satellite view is completely free of clouds, then it becomes necessary an algorithm that can distinguish a white brilliant cloud from an ice surface also white and shiny. GEO-K, in collaboration with ISAC-CNR (Italian Institute of Atmospheric Science and Climate) as subcontractor, will supply such an algorithm.

The people involved in this project are: Massimiliano Sist (GEO-K), Lia Santoleri (ISAC-CNR) and Gianluigi Liberti (ISAC-CNR).

 

Thales Alenia Space Italia chooses GEO-K technology for SAR data analysis

Thales Alenia Space Italia chooses GEO-K to realize new platforms for COSMO-SkyMed SAR data analysis.

The agreement signed on 22 March 2016 requires the creation of a first suite for automatic analysis application for oil spills, ship survey, coastline extraction and land cover classification. All of this will be detected by neural network technology developed by GEO-K over the past years.

Both GEO-K and TAS-I wish the just-signed agreement may be renewed in view of new potential available with COSMO Second Generation Data.

 

URBANFLUXES at Rome 2015 Science Symposium on Climate

GEO-K took part at the Rome 2015 Science Symposium on Climate poster session, on November 19-20, with a contribution to URBANFLUXES project.

The recently launched Horizon 2020 project URBANFLUXES investigates the potential of EO to retrieve urban energy budget components, focusing on the anthropogenic heat flux. The main challenge of this project is the innovative exploitation of the Copernicus Sentinels synergistic observations to estimate local scale spatio-temporal patterns of the anthropogenic heat emission in cities. These EO-based spatially disaggregated estimations contain valuable information for both the urban planning and the Earth System Science community.

 

EO Lab in Tor Vergata and ESA Bic Lazio will create the Italian FabSpace

The Fab Space 2.0 project (led by the French university Toulouse III Paul Sabatier) was approved under the Horizon 2020 program: 3,5 million euros to create innovative and space-oriented fab labs in 6 European countries.

Universities are the protagonists and in particular those of France, Italy, Belgium, Germany, Poland, Greece. They will become (even more) centers for innovation. According to the project partners, Fab Space 2.0 will concentrate in a single territorial area of ​​research and innovation also the decisive contributions for a strong socio-economic and environmental effect: innovation guided by geo-information data, mainly derived from Earth observation space missions.

Universities must adopt the new role of innovation co-creators in the context of Science 2.0. They must realize the future scenario in which open data come into play in a creative environment: there, the developers who come from civil society, industry and academic research, public and territorial administrators can meet, work together and co-create new tools and new business applications.
So here is the new type of fab lab: the FabSpaces. They will be a key point in which to find large varieties of data (including ‘spatial’ data) and free tools for data processing and software, all for designing new applications. A real innovation realized thanks to the knowledge of data. The link between universities, industries, public administration and civil society will be reinforced by local and European initiatives for application development. Around 1,500 European students and researchers are expected to use FabSpaces.

 

 

In Italy, the protagonists are the ESA BIC Lazio incubator and the EO LAB – the Tor Vergata Earth Observation Laboratory.
The laboratory of the University of Rome Tor Vergata, with the coordination of Professor Fabio Del Frate of DICII – Department of Civil Engineering and Computer Engineering, will be responsible for the creation of real and virtual laboratories that will use the latest web technologies for both training and technology transfer in the fields of geoinformation and Earth Observation, all in close connection with the progress of scientific research.

The financing of the project (356 thousand € will go to Tor Vergata / EO Lab) – says Fabio Del Frate – is a source of great satisfaction because it enhances the activities of our University and our Department especially in the field of Earth Observation“. “At the same time – continues Del Frate – the utmost effort will be needed to achieve, in collaboration with the other organizations, the objectives presented in the proposal. In particular, as a university, the ability to significantly strengthen the role of meeting point between training, research and technology transfer in the aerospace and geo-information sectors, focusing on the new generations of students and the requests coming from society civil“.

 

Some useful links:

Fabspace 2.0 website
Tor Vergata Computer Science, Control and GeoInformation Doctorate