CubeSats have revolutionized the way scientists and students perceive space. The majority
of CubeSat communication is greatly limited by the AX. 25 standards, the small …

Future space telescopes with diameter over 20 m will require new approaches: either high-
precision formation flying or in-orbit assembly. We believe the latter holds promise at a …

Clusters, constellations, formations, orswarms' of small satellites are fast becoming a way to
perform scientific and technological missions more affordably. As objectives of these …

The ongoing evolution in constellation/formation of CubeSats, along with a steadily
increasing number of satellites deployed in lower earth orbit, demands a generic …

Docking small satellites in space is a high-risk operation due to the uncertainty in relative
position and orientation and the lack of mature docking technologies. This is particularly true …

In this letter, a floating robotic emulation platform is presented with an autonomous
maneuverability for a virtual demonstration of a satellite motion. Such a robotic platform …

Software Defined Radio (SDR) is a key area to realise new software implementations for
adaptive and reconfigurable communication systems without changing any hardware device …

Small satellite platforms are becoming very appealing both for scientific and commercial
applications, thanks to their low cost, short development times and availability of standard …

An electromagnetic coil topology and its control strategy, which can be incorporated into the
electromagnetic docking device, have been proposed for the relative roll control of two …

Future space telescopes with diameter over 20 m will require in-space assembly. High-
precision formation flying has very high cost and may not be able to maintain stable …