The aim of the ESA GSTP activity „Optical In-Situ Monitor“ is to design and test a breadboard of a space-based space debris camera and to develop and test its end-to-end processing chain. The corresponding future flight model shall be used for the detection of small-sized (down to 1 mm) space debris in LEO as well as larger objects in GEO. It is intended to be flown on a platform in sun-synchronous orbit near the terminator plane. The breadboard system will constitute a unique facility to perform realistic tests of the end-to-end chain for debris observations within a controlled environment. This E2E chain starts from signal generation via the sce...
For surveillance of the low Earth orbit (LEO) population the orbits of resident space objects (activ...
A simple instrument based on present-epoch technology for optical detection of orbital debris is des...
International audienceSpace Debris (SD) consist of non-operational artificial objects orbiting aroun...
The goals of the ESA project "Optical In-Situ Monitor" are to design and integrate a breadboard of a...
Modern society depends heavily on satellite infrastructure. However, Space becomes more and more con...
Man-made space debris orbit around the Earth at many altitudes in different orbits and many laun...
Currently, observations of space debris are primarily performed with ground-based sensors. These sen...
A system for orbital object monitoring is analyzed, based on a mid-latitude and an equatorial observ...
The German Aerospace Center (DLR) is pursuing a national space program based on a Standard Satellite...
A system for orbital object monitoring is analyzed, based on a mid-latitude and an equatorial observ...
As part of the Phase-A feasibility study for a new Solar Mission, ADAHELI, financed by the Italian S...
An autonomous system for the orbit determination of space debris has been studied for a new payload...
There are many advantages to supplementing ground based radar debris detection systems with optical ...
GMV is developing an experimental payload focused on the assessment of in-orbit satellite servicing ...
This paper presents the capabilities of a Space-Based Space Surveillance (SBSS) demonstration missio...
For surveillance of the low Earth orbit (LEO) population the orbits of resident space objects (activ...
A simple instrument based on present-epoch technology for optical detection of orbital debris is des...
International audienceSpace Debris (SD) consist of non-operational artificial objects orbiting aroun...
The goals of the ESA project "Optical In-Situ Monitor" are to design and integrate a breadboard of a...
Modern society depends heavily on satellite infrastructure. However, Space becomes more and more con...
Man-made space debris orbit around the Earth at many altitudes in different orbits and many laun...
Currently, observations of space debris are primarily performed with ground-based sensors. These sen...
A system for orbital object monitoring is analyzed, based on a mid-latitude and an equatorial observ...
The German Aerospace Center (DLR) is pursuing a national space program based on a Standard Satellite...
A system for orbital object monitoring is analyzed, based on a mid-latitude and an equatorial observ...
As part of the Phase-A feasibility study for a new Solar Mission, ADAHELI, financed by the Italian S...
An autonomous system for the orbit determination of space debris has been studied for a new payload...
There are many advantages to supplementing ground based radar debris detection systems with optical ...
GMV is developing an experimental payload focused on the assessment of in-orbit satellite servicing ...
This paper presents the capabilities of a Space-Based Space Surveillance (SBSS) demonstration missio...
For surveillance of the low Earth orbit (LEO) population the orbits of resident space objects (activ...
A simple instrument based on present-epoch technology for optical detection of orbital debris is des...
International audienceSpace Debris (SD) consist of non-operational artificial objects orbiting aroun...