This article aims to investigate how circuit-based hybrid quantum convolutional neural
networks (QCNNs) can be successfully employed as image classifiers in the context of …

This research aims to contribute to the development of the Eco-LeanSat concept by focusing
on a sustainable approach to satellite manufacturing and the repurposing of remaining …

To achieve a feasible lifetime of several years, most satellites are deployed in orbits higher
than 400 km. Drag of residual atmosphere causes a slow orbit decay, resulting in the deorbit …

CubeSats have revolutionized Earth Observation and space science, although their small
size severely restricts satellite performance and payload. Antenna deployment from a …

Исследуются проблемы согласованного наведения и управления мини-спутниками в
низкоорбитальных группировках землеобзора. Синтез законов наведения основан на …

The DISCOVERER project commenced in 2017 with the aim to advance the development of
key technologies to enable the commercially viable, sustained operation of satellites in very …

The use of very low Earth orbits (VLEO), for communications and remote sensing satellites,
offers a number of significant payload and platform benefits. Imaging from these altitudes …

There is an unstoppable willingness to measure the world, everything everywhere, that is
making the IoT adoption relentless. However, a key enabler is connectivity, which is only …

Algorithms for guidance and control of a space robot-manipulator when approaching mini-
satellites in adjacent orbital planes of the earth-survey constellation and the results of their …

Autonomous Guidance and Control of Mini-Satellites in a Low-Orbit Constellation during Areal
Scanning Survey Page 1 Autonomous Guidance and Control of Mini-Satellites in a Low-Orbit …