Conventional solution of the ground station for CubeSat commanding during low Earth orbit mission is based on radio amateur equipment and could be implemented quickly and with low cost. Such case is also our ground station in Pilsen, currently used for VZLUSAT-1 daily commanding. However this solution also contains several bottlenecks, as we gained experience during VZLUSAT-1 commanding after collective launch of 31 satellites in PSLV-C38 carrier. In this paper several practical experiences with radio commanding of CubeSat class satellite are described, especially limitations of conventional solutions of the ground station and several aspects of collective launch of small satellites. Based on our experiences we are preparing a concept of mo...
This Master Thesis (MT) is developed under the European Space Astronomy Centre (ESAC) 2017 Trainee P...
As the number of small satellites in orbit increases, an increasing number of ground stations must b...
In this thesis, we present the architecture and implementation of a low-cost, small, mobile and easi...
Nano- and pico-satellites are currently used as low cost in-orbit-demonstrators of new technologies ...
Many of the CubeSat and SmallSat operators in the academic field suffer from the fact that the groun...
Operators of CubeSats often use Amateur Radio frequencies to get remote access to their small satell...
The main objective of this thesis is to develop a fully functional and modular satellite ground stat...
The main objective of this thesis is to develop a fully functional and modular satellite ground stat...
With the launch of the first CubeSat a trend of easy access to Low Earth Orbit was started. Today ma...
Exploration of space and the earth over the decades has led to remarkable innovations and developmen...
CubeSats are a classification of miniature satellites that are compact in size used by university re...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This Master Thesis (MT) is developed under the European Space Astronomy Centre (ESAC) 2017 Trainee P...
This Master Thesis (MT) is developed under the European Space Astronomy Centre (ESAC) 2017 Trainee P...
As the number of small satellites in orbit increases, an increasing number of ground stations must b...
In this thesis, we present the architecture and implementation of a low-cost, small, mobile and easi...
Nano- and pico-satellites are currently used as low cost in-orbit-demonstrators of new technologies ...
Many of the CubeSat and SmallSat operators in the academic field suffer from the fact that the groun...
Operators of CubeSats often use Amateur Radio frequencies to get remote access to their small satell...
The main objective of this thesis is to develop a fully functional and modular satellite ground stat...
The main objective of this thesis is to develop a fully functional and modular satellite ground stat...
With the launch of the first CubeSat a trend of easy access to Low Earth Orbit was started. Today ma...
Exploration of space and the earth over the decades has led to remarkable innovations and developmen...
CubeSats are a classification of miniature satellites that are compact in size used by university re...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This project aims to develop a Cubesat Ground Station by utilizing amateur radio technology and COTS...
This Master Thesis (MT) is developed under the European Space Astronomy Centre (ESAC) 2017 Trainee P...
This Master Thesis (MT) is developed under the European Space Astronomy Centre (ESAC) 2017 Trainee P...
As the number of small satellites in orbit increases, an increasing number of ground stations must b...
In this thesis, we present the architecture and implementation of a low-cost, small, mobile and easi...