Books and dissertations
Books
Quantum Logic: An Introduction for Engineers and Computer Scientists
G. Wirsching, M. Wolff, I. Schmitt: Quantum Logic: An Introduction for Engineers and Computer Scientists. Springer Vieweg, 2023. ISBN 978-3-662-66779-8.
(2nd edition, 2025)
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Intelligent Signal Processing 1: Signal Analysis
R. Hoffmann, M. Wolff: Intelligent Signal Processing 1: Signal Analysis, 2nd edition. Springer Vieweg, 2015. ISBN 978-3662453223.
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Intelligent Signal Processing 2: Signal Detection
R. Hoffmann, M. Wolff: Intelligent Signal Processing 2: Signal Recognition, 2nd edition. Springer Vieweg, 2015. ISBN 978-3-662-46725-1.
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Speech processing and speech transmission
K. Fellbaum: Speech Processing and Speech Transmission. Springer, 2nd edition, 2012. ISBN 978-3-642315-02-2.
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Electronic Speech Signal Processing 2012
M. Wolff (ed.): Electronic Speech Signal Processing 2012. Proceedings of the 23rd Conference, Cottbus, 29–31 August 2012. Study Texts on Speech Communication, Vol. 64. TUDpress, Dresden, 2012. ISBN 978-3-942710-81-7.
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Acoustic pattern recognition
M. Wolff: Acoustic Pattern Recognition. Study Texts on Speech Communication, Volume 57. TUDpress, Dresden, 2011. ISBN 978-3-942710-14-5.
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Automatic learning from pronunciation dictionaries
M. Wolff: Automatic Learning of Pronunciation Dictionaries. Study Texts on Language Communication, Volume 32. w.e.b. Universitätsverlag, Dresden, 2004. ISBN 978-3-937672-71-7.
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Student work
2024
[Han24] J. Hanika:
Investigation of the phase-modulation synthesis of a digital music synthesiser
Bachelor’s thesis, BTU, Department of Communication Technology, 2024.
[Arl24] N. Arlt:
Implementation of a top-down parser for minimalist grammars
Bachelor’s thesis, BTU, Chair of Communication Technology, 2024.
[Ulb24] A. Ulbricht:
Implementation of a bottom-up parser for minimalist grammars
Bachelor’s thesis, BTU, Department of Communication Technology, 2024.
2022
[Eck22] F. Eckert:
Design and technical implementation of the physical components of a cognitive agent and its physical environment
Master’s thesis, BTU, Chair of Communication Technology, 2022.
2019
[Puc19] M. Puchala:
Incremental Parser for Minimalist Grammars
Bachelor’s thesis, BTU, Department of Communication Technology, 2019.
2018
[Eck18] F. Eckert:
CSL Access Control.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2018.
[Klan18] G. Klann:
Implementation of an LTI System on a ‘Raspberry Pi’ Single-Board Computer.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2018.
[Don18] Y. Dong:
Dual optimisation of coupled MDPs.
Master’s thesis, BTU, Chair of Communication Technology, 2018.
2016
[Ges16] P. Geßler:
Cognitive Device Control.
Master’s thesis, BTU, Chair of Communication Technology, 2016.
[Goe16] D. Götze:
Natural and Social Science Foundations of Cognitive Systems.
Master’s thesis, BTU, Chair of Communication Technology, 2016.
[Hah16] F. Hahn:
LTI Lecture Experiment: Convolutional Reverb.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2016.
2015
[Bec15] A. Becker:
Fixed-point implementation of the generalised MEL cepstrum.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2015.
[Hes15] F. Hesse:
Modification of an existing positioning device.
Bachelor’s thesis, BTU, Department of Communication Technology, 2015.
[Jun15] T. Jung:
Person recognition and localisation using data from the Kinect camera.
Bachelor’s thesis, BTU, Department of Communication Technology, 2015.
[Mey15] W. Meyer:
Modelling and Implementation of a Cognitive Behavioural Control System.
Master’s thesis, BTU, Department of Communication Technology, 2015.
[Waw15] J. Wawra:
Experiments in acoustic pattern recognition.
Bachelor’s thesis, BTU, Department of Communication Technology, 2015.
[Poe15] M. Pöschick:
A replica of Hilberg’s speech machine.
Undergraduate dissertation, BTU, Department of Communication Technology, 2015.
[Bir15] M. Birth:
Robust parameter estimation for DS beamforming in a three-dimensional microphone array.
Master’s thesis, BTU, Chair of Communication Technology, 2015.
2014
[Ges14] P. Geßler:
Voice Authentication.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2014.
[Wer14] T. Werner:
HMM-based analysis-synthesis system for processing 3D trajectories.
Bachelor’s thesis, BTU, Chair of Communication Technology (second opinion), 2014.
[Stö14] M. Stöhr:
The Wizard of Oz method – voice control of a music library.
Bachelor’s thesis, BTU, Department of Communication Technology, 2014.
[Foe14] L. Förster:
Rejecting ungrammatical inputs in speech recognition systems.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2014.
2013
[Lin13] M. Linke:
Avatars for the representation of sign language.
Master’s thesis, BTU, Chair of Communication Technology, 2013.
[Ric13] A. Richter:
Lecture experiment “LTI System”.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2013.
[Bir13] M. Birth:
Speaker localisation using a 3D microphone array.
Bachelor’s thesis, BTU, Department of Communication Technology, 2013.
[Sha13] M. Shamsan:
A study on the modelling of semantic information using the SIRI speech processing system as an example.
Undergraduate dissertation, BTU, Chair of Communication Technology, 2013.
[Boc13] A. Bock:
Visualisation of the convolution operation.
Bachelor’s thesis, BTU, Chair of Communication Technology, 2013.
2012
[Kar12] K. Karnagel:
Semantic modelling of system-user interactions using the example of a home entertainment application.
Master’s thesis, BTU, Chair of Communication Technology, 2012.
[Yin12] X. Yin:
Determination of frequency group bandwidth.
Master’s thesis, BTU, Chair of Communication Technology, 2012.
[Hae12] R. Härtel, M. Marks:
LED status indicator for a microphone array.
Bachelor’s thesis, BTU, Department of Communication Technology, 2012.
2011
[Hol11] T. Holfeld:
Investigation of realistic acoustic environments and their influence on internet-based speech quality measurements.
Master’s thesis, BTU, Chair of Communication Technology, 2011.