The PICO-satellite UWE-1 and IP based telecommunication experiments
Automatic Control in Aerospace, Volume # 17 | Part# 1
Authors
Schmidt, Marco; Priya, Rajesh Shankar; Schilling, Klaus
Digital Object Identifier (DOI)
10.3182/20070625-5-FR-2916.00123
Page Numbers:
721-725
Index Terms
small satellites,IP in space,ground control station network
Abstract
Pico-satellites are satellites at a mass below 1 kg, implemented by use of modern miniaturization techniques. They offer interesting potential to perform in-orbit tests of software and hardware components in a cost efficient way. UWE-1 (University Würzburg's Experimental satellite) was launched end of 2005 to demonstrate such miniaturization technologies and to analyse performance of GaAs solar cells. The scientific objective was to characterize and adapt IP protocols in space. Together with an internet based network of ground stations, essential steps towards tele-science applications were studied within the UWE-1 mission. This contribution addresses the design of the satellite and its subsystems, as well as the ground station. The results obtained during the UWE-1 mission are summarized.
References
[1] Robert Twiggs. The next Generation of
Innovative Space Engineers: University Students
are Now Getting a Taste of Space Experience
Building, Launching and Operating their own
Space Experiments with Low-Casts
Picosatellites. Proceedings of the 5th ESA
International Conference on Spacecraft
Guidance, Navigation and Control Systems, p.
409-422.
[2] Klaus Schilling. Design of Pico-Satellites for
Education in Systems engineering. In IEEE
Aerospace and eElectronic Systems Magazin
Vol. 21 (2006), p. 9-14.
[3] Matthew Lang et al. A Cubesat Derived Design
For a Unique Academic Research Mission in
Earthquake Signature Detection. 16th Annual
AIAA/USU Conference on Small Satellites,
2002.
[4] R. Funase et al. Technology Demonstration on
University of Tokyo's Picosatellite 'XI-V' and its
effective Operations Result using Ground
Station Network," Proceedings of the 56th IAC
2005, Fukuoda, Japan, Oct. 17-21, 2005, IAC-
05-B5.3/B5.5.02.
[5] Keith Hogie, Ed Criscuolo, Ron Parise. Using
Standard Internet Protocols and Applications in
Space. In Computer Networks 47(5), 2005.
[6] Schilling, K., R. Barza, D. Ziegler, UWE-1, der
erste deutsche Pico-Satellit, Raumfahrt Concret
4/5 2005, p. 45-49.
[7] Marco Schmidt, Florian Zeiger. Design and
Implementation of In-Orbit Experiments on the
Pico-Satellite UWE-1 In 57th International
Astronautical Congress, 2006, IAC-06-E2.1.07.
[8] Yohko Aoki, Radu Barza, Florian Zeiger,
Bernhard Herbst, Klaus Schilling. The Cubesat
Project at the University of Wuerzburg - The
Mission and System Design. In Space
Technology Education Conference, 2005.
[9] H. Kruse, S. Ostermann and M. Allman. On the
Performance of TCP-based Data Transfers on a
Faded Ka-Band Satellite Link. In Proceedings of
the 6th Ka-Band Utilization Conference, June
2000.
[10] Priya Narasimhan, Hans Kruse, Shawn
Ostermann, Mark Allman. On The impact of
BER on Realistic TCP Traffic in Satellite
Networks. In Technical Report 04-005,
International Computer Science Institute,
November 2004.
[11] Rajesh Shankar Pryia, Klaus Schilling.
Component Based Ground Station Network
using Modular and Distributed Systems. 1st
International Workshop on Ground Station
Network, University Space Engineering
Consortium, Tokyo.
[12] Rajesh Shankar Pryia, Klaus Schilling, R.
Schmidt, Björn Lorenz, A. Lediger. Federated
Cubesat Groundstation with Component based
Disrtibuted Open Network. International
Conference on Instrumentation Communication
and Information Technology (ISISI) 2005,
Bandung, Indonesia.
[13] PREDICT - A Satellite Tracking/Orbital
Prediction Program -
http://www.qsl.net/kd2bd/predict.html
[14] James Cutler, Peder Linder, Armando Fox. A
Federated Ground Station Network. In
Proceedings of SpaceOps 2002, Houston.
[15] Yuya Nakamura, Shinichi Nagasuka. Ground
Station Network to Improve Operation
Efficiency of Small Satellites and its Operation
Scheduling Methods. 57th International
Astronautical Congress, 2006.
[16] Florian Zeiger, Marco Schmidt, Klaus Schilling.
A Flexible Extension for Pico-Satellite
Communication Based on Orbit Operation
Results of UWE-1. In: 57th International
Astronautical Congress, 2006, IAC-06-B5.2.05.
[17] Radu Barza, Yohko Aoki, Klaus Schilling,
Cubesat UWE-1 - Technology Tests And in
Orbit Results. In 57th International Astronautical
Congress, 2006, IAC-06-B5.3.07.
