The advancement in miniature satellite technology and its increasing usage in scientific and
commercial applications presents new and unique challenges, particularly for pointing …

A standardized interface for different CubeSat missions is one of the keys to reducing costs
and delivery time. A backplane interface approach, proposed by the University of Würzburg …

This thesis investigates potential technologies to increase the integration density of
CubeSats. Observations of the CubeSat market and missions are recorded in order to derive …

Recent trends indicate an increase in the number of small satellite missions, which can be
developed more quickly and at a lower cost than traditional satellites. This has led to a …

Small satellites like CubeSats and Nanosatellites have been constantly evolving over the
last decades. Due to the minimization of development costs and time by using commercial …

The purpose of this work is to unify the communication and software interfaces of
heterogeneous mission components, covering both low-power embedded systems and …

Orbit control capabilities are essential to enable future formation flying of pico-satellites,
offering potential for placing efficient sensor networks in orbit. UWE-4 will demonstrate the …

ADCS= attitude determination and control system DTN= delay tolerant networking ECC=
error correction code GBO= goal based operations GS= ground station GSN= ground station …

Abstract Quantum Key Distribution (QKD) enables the exchange of secret keys by which,
based on the laws of quantum physics, eavesdropping attempts can be detected and their …

Sistem termal pada satelit merupakan bagian yang sangat penting karena salah satu kunci
dari keberhasilan dari desain satelit adalah sistem kendali termal yang dapat melindungi …