Lustermann, B.: 2 book contributions in: Polymer Optical Fibres : Fibre Types, Materials, Fabrication, Characterisation and Applications; Edited by Christian-Alexander Bunge, Thomas Gries, Markus Beckers; Amsterdam [et al.] / Elsevier ; WP Woodhead Publishing, 2016; Cap. 3: Basic principles of optical fibres; Cap. 4: Special fibres and components
B. Lustermann: Modelling of tubular optical fibres using the example of an optical-electrical combination conductor, dissertation, Nordhäuser Hochschultexte, vol. 4, 2015
B. Lustermann, M. Viehmann, E. Manske: Modeling of Tubular Optical Fibers using the Example of an Optical-electrical Combination Conductor, in: C.-A. Bunge, R. Kruglov (Ed.): POF Simulation beyond Data Transmission, Summary of the 3rd International POF Modelling Workshop 2015, BoD - Books on Demand, 2015
B. Lustermann, M. Viehmann, E. Manske, U. Gerhardt, C. Kloß: Simulation and Optimisation of an Optical-Electrical Combination Conductor, German POF Symposium 2013, 27-28.11.2013, Aachen, Germany
B. Lustermann, M. Viehmann, E. Manske, U. Gerhardt, C. Kloß: Simulation and optimisation of an optical-electrical combination conductor system. - In: AMA conferences 2013 proceedings / AMA conferences ; 16 (Nuremberg) : 2013.05.14-16. - Wunstorf : AMA Service GmbH (2013), S. 79-84
M. Viehmann, C. Kloß, B. Lustermann: Wiring system cables with optical sheath monitoring and arc fault detection, ATZelektronik, October 2012, Volume 7, No.5, S 362-367
B. Lustermann, M. Viehmann, C. Kloß: A simulation model for an optical-electrical combination conductor system, Poster, 56.th IWK TU- Ilmenau, 12-16 September 2011
Conference and meeting contributions
Quandt, Brit M.; Rossi, René M.; Bona, Gian-Luca; Lustermann, Birgit; Boesel, Luciano F.: Modelling the bend out-coupling of melt-spun polymer optical fibres. POF Plastic Optical Fibre; Jul/Aug2016, Vol. 26 Issue 4, p84
Courses
in the Bachelor's degree programmes AEE, ETL, INF, MAB and in the Master's programmes of the IW department
Computer Vision
Graphic programming
Python programming
Data Science in Python (WPF Master FB IW)
LabVIEW I and II (WPF from SS26 Signal Processing)
Simulink / Modelica (WPF)
Exercise "Fundamentals of Computer Science"
Internship "Power electronics"
Main research areas
Optical simulation (simulation of polymer optical fibres with ray tracing)
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