Add to ORKGA method is proposed to associate series of angular observations, taken with optical sensors, and range/angle observations taken with radars. The association consists in identifying the series of observations, or tracklets, that belong to the same space object. The combination of two tracklets, with angular and range measurements, is an important and sometimes necessary step to determine the orbit of an observed object
This thesis covers the processing of different types of space surveillance measurements. The emphasi...
Space surveillance by radar is especially used for the low Earth orbit to maintain a database, also ...
The increasing number of space debris in orbit leads to a growing workload of space surveillance sys...
Observations of space debris objects in Low Earth Orbit (LEO) regime are usually conducted with rada...
Due to the increasing threat of space debris to active satellites, space object catalogs must be bui...
The ongoing growth of the space debris population leads to an increasing importance of space surveil...
Measurement association and initial orbit determination is a fundamental task when building up a dat...
Initial orbit determination (IOD) for space objects is challenging, especially in the case where onl...
Due to the increasing amount of objects in space and the improving sensitivity of modern radar syste...
As more and more sensing capabilities for space surveillance are introduced, we expect that both cor...
International audienceIdentification of new circumterrestrial space objects is essential for buil...
When building a space catalogue, it is necessary to acquire multiple observations of the same object...
In order to guarantee save operation of satellites in the geostationary orbit, space object database...
Radar observations are used to track space objects in the Low Earth Orbit region. The observations c...
International audienceAbstract--This paper deals with the association problem of sparse data provide...
This thesis covers the processing of different types of space surveillance measurements. The emphasi...
Space surveillance by radar is especially used for the low Earth orbit to maintain a database, also ...
The increasing number of space debris in orbit leads to a growing workload of space surveillance sys...
Observations of space debris objects in Low Earth Orbit (LEO) regime are usually conducted with rada...
Due to the increasing threat of space debris to active satellites, space object catalogs must be bui...
The ongoing growth of the space debris population leads to an increasing importance of space surveil...
Measurement association and initial orbit determination is a fundamental task when building up a dat...
Initial orbit determination (IOD) for space objects is challenging, especially in the case where onl...
Due to the increasing amount of objects in space and the improving sensitivity of modern radar syste...
As more and more sensing capabilities for space surveillance are introduced, we expect that both cor...
International audienceIdentification of new circumterrestrial space objects is essential for buil...
When building a space catalogue, it is necessary to acquire multiple observations of the same object...
In order to guarantee save operation of satellites in the geostationary orbit, space object database...
Radar observations are used to track space objects in the Low Earth Orbit region. The observations c...
International audienceAbstract--This paper deals with the association problem of sparse data provide...
This thesis covers the processing of different types of space surveillance measurements. The emphasi...
Space surveillance by radar is especially used for the low Earth orbit to maintain a database, also ...
The increasing number of space debris in orbit leads to a growing workload of space surveillance sys...