Thomas Terzibaschian

发表

Cost effctive design and risk reduction of the BIRD mission

H. Kayal, K. Brieß, P Behr, 2003 .

Software Reuse of the BIRD ACS for the TET Satellite Bus

Andreas Gerndt, Olaf Maibaum, Thomas Terzibaschian, 2011 .

Optimal three-axis attitude control design, simulation and experimental verification for small satellites using magnetic actuators

Thomas Terzibaschian, Zizung Yoon, 2008 .

Infrared-Image Processing for the DLR FireBIRD Mission

Ralf Reulke, Winfried Halle, Thomas Terzibaschian, 2019, ACPR Workshops.

High Agility Demonstration with a New Actuator System by Small Satellite BIROS

Winfried Halle, Thomas Terzibaschian, Christian Raschke, 2014 .

Innovative Fire Recognition Satellite Systems - Lessons learned from the technology demonstrator mission on Bi-Spectral IR Detection (BIRD)

Johann G. Goldammer, Holger Venus, Alexander Held, 2004 .

The FireBird Mission – A Scientific Mission for Earth Observation and Hot SpotDetection

Thomas Terzibaschian, Eckehard Lorenz, Hubert Reile, 2013 .

Technology demonstration by the BIRD-mission

Eberhard Gill, Sergio Montenegro, Oliver Montenbruck, 2005 .

The Scientific Use of DLR Firebird Mission Data

Winfried Halle, Doris Klein, Thomas Terzibaschian, 2016 .

A Flexible Digital Wide-Angle Optoelectronic Stereo Scanner.

Rainer Sandau, Ralf Reulke, Dieter Oertel, 1992 .

Robust and Fault Tolerant AOCS of the TET Satellite

Olaf Maibaum, Thomas Terzibaschian, Zizung Yoon, 2010 .

Paving the Way for Future On-Orbit-Servicing Missions: the AVANTI Experiment

Gabriella Gaias, Jean-Sébastien Ardaens, Thomas Terzibaschian, 2015 .

A Generic Simulink Model Template for Simulation of Small Satellites

Andreas Gerndt, Thomas Terzibaschian, Axel Berres, 2009 .

Stereo Processing of Image Data from an Airborne Three Line CCD Scanner

Anko Börner, Ralf Reulke, Thomas Terzibaschian, 1997 .

Deduced Software Design Principles from Experiences with the Technical Debt in Reused Software

Andreas Gerndt, Olaf Maibaum, Thomas Terzibaschian, 2017 .

Robustness as Key to Success for Space Missions

Sergio Montenegro, Olaf Maibaum, Thomas Terzibaschian, 2008 .

Lessons Learned from the Object-Oriented Design of the BIRD Attitude Control System Software

Olaf Maibaum, Thomas Terzibaschian, 2004 .

Demonstration of small satellite technologies by the BIRD mission

Winfried Halle, K. Brieß, W. Bärwald, 2002 .

BIRD a dedicated MISSION for detection and assessment of hot spot events

Holger Venus, Ingo Walter, F. Lura, 2002 .

Debris Collision Avoidance by Means of Attitude Control – In-Flight Demonstration with TET-1

Winfried Halle, Thomas Terzibaschian, Andreas Spörl, 2019 .

Experiences with the BIRD ACS test facility and the resulting design of a state of the art mini-and micro-satellite ACS test facility

W. Bärwald, Thomas Terzibaschian, Stephan Roemer, 2007 .

Results on verification and validation of OOV-TET1 multi-spectral camera observations within the FireBIRD project

Jürgen Wohlfeil, Anko Börner, Eckehard Lorenz, 2015 .