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SAOCOM-CS bi-static modes for land applications

The project summarized here was conceived to support the definition of applications, products and user requirements, as well as the hardware design and ground processing design of a companion satellite mission which will carry aboard a "passive" radar working in tandem with the Argentinian L-band radar developed by CONAE and denoted as SAOCOM. The primary objective (i.e., science driver) of the SAOCOM companion satellite mission (SAOCOM-CS) is forest tomography, which will be carried out by exploiting small baselines between active and passive systems (order of km) changing with time.

Italy

13-076

UNIV ROMA LA SAPIENZA
AIM OPTEL-µ implementation study on ISS

The Optel-μ Implementation Study on ISS has been set up to assess the feasibility of an IOD (In Orbit Demonstration) of the Optel-μ Space Terminal on the ISS (International Space Station).
The Optel-μ system provides an optical data downlink from a LEO (Low Earth Orbit) S/C to an Optical Ground Station with a data rate up to 2Gbit/s. It is being developed by RUAG Space in the frame of the ARTES program

Switzerland

14/M76

RUAG SCHWEIZ AG
Payload Analyses of Passive Bistatic Synthetic Aperture Radar

Saocom-CS payload is aimed at being mounted onboard a dedicated satellite that will flight in formation with Saocom-1B satellite., the L-band SAR satellite property of CONAE (Comisión Nacional de Actividades Espaciales, Argentina).

France

13-069

Airbus Defence &...
Atmospheric correction for Geostationary High Resolution ocean applications

The objective of this study was to identify and implement solutions to the short comings of atmospheric correction schemes for geostationary satellites for ocean applications and consolidate the related Geo-Oculus requirements.

France

036-1

HYGEOS
DEVELOPMENT OF ALGORITHMS FOR FOREST BIOMASS RETRIEVAL
Germany

2010-51

DLR

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