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In-cloud image processing used for civil protection and employed by World Bank.
An in-cloud image processing software built by a GSTP Element 1 activity with Italy has already been employed by the World Bank. Currently, the tools available on the market to view, edit and process Earth Observation images are mostly desktop-based. But, as high performance computing progresses, there is more and more need for Earth Observation image processing to be moved onto the cloud, to minimise data transfer.
Fondazione ACROTEC
The aim of this study was to explore and consolidate the possible sources of methane biases in retrievals from thermal infrared sensors, to establish necessary actions and perform the related work for mitigating biases. The study distinguishes three types of error sources, which shall be covered: spectroscopic knowledge and input data to radiative transfer models, forward model errors, and instrument biases.
SPASCIA
Over the last decades, the spaceborne remote sensing community has been focused on the development of imaging radars at RF frequencies such as S-band, L-band, C-band and X-band.
ITU regulations currently permit the use of Ka-band for active spaceborne microwave remote sensing but only few missions are considering applying this frequency band such as the SARAL mission with the ALtiKa instrument (launched 2013).
DLR - German Aerospace...
Developing a high-performance, but low cost satellite with very high resolution products would open the Earth Observation market to a new audience, creating a path for new applications and ultimately encouraging competitiveness.
These products are currently not often covered by the space industry and access is very limited. As such a new low cost satellite, with turnkey technology could open the market considerably. A new activity, with GSTP Element 2 and Spain, has developed a spacecraft to do just that.
DEIMOS ENGINEERING AND...
The aim of this study was to explore and consolidate the possible sources of methane (CH4) biases in retrievals from thermal infrared (TIR) sensors, to establish necessary actions and perform the related work for mitigating biases. The study distinguisged three types of error sources: spectroscopic knowledge and input data to radiative transfer models (RTM), forward model errors, and instrument biases.
For achieving this goal, the study addresses three main objectives, corresponding to three identified tasks:
SPASCIA
The objective of this study was to use experimental observations of the ionosphere collected in the past years to assess the performance of climatological ionosphere models, with the focus on scintillation models. This analysis has been performed in order to evaluate the ability of these climatological models to properly support ESA's future needs, to identify weak areas, to propose recommendations for improvements and to implement these improvements whenever possible in existing models.
ONERA
Earth observation by satellites provides essential datasets for a wide range of commercial, societal and scientific applications. Satellites have been observing the state of the environment since the launch of the radiation balance instrument on Explorer 8 in October 1959, and over the last 60 years the range of observation types and applications has grown exponentially. Today operational long-term sustained Earth observation programmes, exemplified by the Copernicus Sentinels, give a wide range of users reliable environmental information services.
Vito
The main aim of OPTIMAL was to perform a feasibility study on a potential mission or system to detect marine plastic litter through satellite remote sensing. To do so, the project activities involved the following aspects:
Plymouth Marine...
This study focused on the synergistic retrieval of cloud information from active and passive observations. While this synergistic approach is well established for precipitation, it is used less for clouds.
University of Hamburg
The Arctic Mission System Study involved two parallel studies conducted by consortia led by OHB Sweden and Thales Alenia Space. The scope of the studies were to identify needs in the Arctic region that could be met with mission architecture containing space elements, to propose such mission architectures, to define the elements of one of the architectures in some detail and to propose a plan to implement it.
OHB Sweden
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