Cut and patch Steiner trees for ladders. - Rainer E. Burkard; Tibor Dudás; Thomas Maier (Discret. Math., 1996)

Towards Dependable Software Requirement Specifications. - Stefan Scheer; Thomas Maier (SAFECOMP, 1997)

Techniken und Werkzeuge für die Gewährleistung funktionaler Sicherheit von Software in technischen Systemen. - Thomas Maier (2000)

Specifying and Analyzing Software Safety Requirements of a Frequency Converter Using Coloured Petri Nets. - Lisa Wells; Thomas Maier (ICATPN, 2005)

Raumverwaltung mit eingebetteten Systemen. - Leif Geiger; Michael Müller; Thomas Maier; Albert Zündorf (GI Jahrestagung (1), 2006)

Embedded Electrocardiographic Amplifier without Reference Electrode. - Eugenijus Kaniusas; Thomas Maier; Helmut Weiser; Giedrius Varoneckas; Linas Zakarevicius (WISES, 2006)

Comparison of Strategies for the Optimization/Innovation of Crankshaft Balance. - Albert Albers; Noel León Rovira; Humberto Aguayo Téllez; Thomas Maier (IFIP CAI, 2007)

A Taxonomy for Modelling Safety Related Architectures in Compliance with Functional Safety Requirements. - Jesper Berthing; Thomas Maier (SAFECOMP, 2007)

Characterization of a temporal contrast microbolometer infrared sensor. - Rainer Wohlgenannt; Daniel Matolin; Thomas Maier; Christoph Posch (ICECS, 2008)

Optimization with Genetic Algorithms and Splines as a way for Computer Aided Innovation. - Albert Albers; Noel León Rovira; Humberto Aguayo Téllez; Thomas Maier (IFIP CAI, 2008)

A 64×64 pixel temporal contrast microbolometer infrared sensor. - Daniel Matolin; Christoph Posch; Rainer Wohlgenannt; Thomas Maier (ISCAS, 2008)

Knowledge Management in Research and Education for Product Development. - Albert Albers; Christian Sauter; Thomas Maier (Wissensmanagement, 2009)

Development of an engine crankshaft in a framework of computer-aided innovation. - Albert Albers; Noel León Rovira; Humberto Aguayo Téllez; Thomas Maier (Comput. Ind., 2009)

A new Micromanipulator System for middle ear surgery. - Thomas Maier; Gero Strauß; Mathias Hofer; Tobias Kraus; Annette Runge; Roland Stenzel; Jan David Gumprecht; Thomas Berger; Andreas Dietz; Tim C. Lueth (ICRA, 2010)

Distance Measurement in Middle Ear Surgery Using a Telemanipulator. - Thomas Maier; Gero Strauß; Franz Bauer; Andreas Grasser; Nobuhiko Hata; Tim C. Lueth (MICCAI (1), 2011)

A new evaluation and training system for micro-telemanipulation at the middle ear. - Thomas Maier; Gero Strauss; Markus Scholz; Thomas Berger; Anne Kielhorn; Konrad Entsfellner; Christian Willim; Wolfgang Büscher; Andreas Dietz; Tim C. Lueth (EMBC, 2012)

Adaptive Control Elements for Navigation Systems. - Benedikt Janny; Johann Winterholler; Aleko Petrov; Thomas Maier (HCI (28), 2013)

Estimation of Operator Input and Output Workload in Complex Human-Machine-Systems for Usability Issues with iFlow. - Stefan Pfeffer; Patrick Decker; Thomas Maier; Eric Stricker (HCI (16), 2013)

Analysis and Comparison of Ergonomics in Laparoscopic and Open Surgery - A Pilot Study. - Kristian Karlovic; Stefan Pfeffer; Thomas Maier; Karl-Dietrich Sievert; Ralf Rothmund; Monika A. Rieger; Benjamin Steinhilber (HCI (20), 2014)

Information Coding by Means of Adaptive Controlling Torques. - Johann Winterholler; Julian Böhle; Krzysztof Chmara; Thomas Maier (HCI (12), 2014)

First 3D printed medical robot for ENT surgery - Application specific manufacturing of laser sintered disposable manipulators. - Konrad Entsfellner; Ismail Kuru 002; Thomas Maier; Jan D. J. Gumprecht; Tim C. Lueth (IROS, 2014)

A force-controlled human-assistive robot for laparoscopic surgery. - Michael Heidingsfeld; Ronny Feuer; Kristian Karlovic; Thomas Maier; Oliver Sawodny (SMC, 2014)

Experimentelle Untersuchung des Alterseinflusses auf die Gestaltung taktiler Druck- und Vibrationsanzeiger für den Unterarm und Hüftbereich. - Benedikt Janny; Matti Schwalk; Thomas Maier (Useware, 2016)

Prüfstandsbasiertes Modell der Raumwirkung im Fahrzeugcockpit. - Roland Mandel; Thomas Maier (Useware, 2016)

Automatisierte Erzeugung von Ergonomievorgaben für den Fahrerarbeitsplatz mittels eines parametrischen CAD-Modells und eines digitalen Menschmodells. - Philipp Pomiersky; Marcel Renschler; Thomas Maier (Useware, 2016)

Improving HMIs of Vehicle Exterior Design Using Adaptive Structures and Systems. - Andrea Hein; Elena Patzer; Thomas Maier (AHFE (4), 2017)

Semantic Influence of the Radiator Grille on Vehicle Front Design in the Course of Current EV-Design. - Daniel Holder; Tobias Benz; Thomas Maier (AHFE (1), 2017)

Adaptive Design of Physical, Hand-Operated Interfaces for the Transgenerational User Using Parameterization. - Benedikt Janny; Johann Winterholler; Thomas Maier (AHFE (3), 2017)

What Does the Eye Want? An Investigation of Interface Parameters to Ensure Intuitive Gaze-Controlled Interactions for Multidimensional Inputs. - Marcus Jenke; Thomas Maier (AHFE (23), 2017)

Evaluating Similarities in Visual Product Appearance for Brand Affiliation. - Matthias Sebastian Fischer; Daniel Holder; Thomas Maier (AHFE (1), 2019)

The Development of an Adaptive HMI - From the Idea to the Prototype. - Andreas Kaufmann; Timo Schempp; Ingmar Stoehr; Markus Schmid 007; Thomas Maier (AHFE (21), 2019)

Influence of the Vehicle Exterior Design on the Individual Driving Style. - Florian Reichelt; Daniel Holder; Thomas Maier (IHSED, 2019)

User Centered Design of a Pill Dispenser for the Elderly. - Florian Reichelt; Peter Schmid; Thomas Maier; Nada Sahlab; Nasser Jazdi-Motlagh; Michael Weyrich; Gerd Meyer-Philippi; Günther Kalka; Manfred Matschke (IHSED, 2019)

Development of an Intelligent Pill Dispenser Based on an IoT-Approach. - Nada Sahlab; Nasser Jazdi; Michael Weyrich; Peter Schmid; Florian Reichelt; Thomas Maier; Gerd Meyer-Philippi; Manfred Matschke; Günther Kalka (IHSED, 2019)

Adaptive Structures and Systems: Interaction of Application, Passive and Active Structure. - Andrea Hein; Daniel Holder; Thomas Maier (IHSI, 2019)

Approach to a Design Guideline Regarding the Interaction of Shape Memory Alloys and Fused Deposition Modeling. - Felix Oberhofer; Andrea Hein; Daniel Holder; Thomas Maier (IHSI, 2019)

Tactile Information Coding by Electro-tactile Feedback. - Peter Schmid; Mona Bader; Thomas Maier (CHIRA, 2020)

A User-Centered Interface Design for a Pill Dispenser. - Nada Sahlab; Laura Wiebelitz; Peter Schmid; Florian Reichelt; Nasser Jazdi; Michael Weyrich; Thomas Maier (GCCE, 2020)

User-Centered Design Within the Context of Automated Driving in Trucks - Guideline and Methods for Future Conceptualization of Automated Systems. - Paula Laßmann; Florian Reichelt; Dominique Stimm; Thomas Maier (IHSI, 2020)

Are Brand Affiliation Tasks and Similarity Evaluations Comparable? An Examination Using the Example of the Vehicle Front. - Matthias Sebastian Fischer; Daniel Holder; Thomas Maier (AHFE (2), 2021)

Influencing Parameters for the Development of Adaptive HMIs & Requirements for the Categorization of Control Functions Generated via Expert Knowledge. - Andreas Kaufmann; Thomas Maier (AHFE (9), 2021)

Electro-Tactile Feedback to Provide Assistance to Touchscreen Interaction of the Elderly. - Peter Schmid; Thomas Maier (AHFE (5), 2021)

A Self-Contained, Single-Chip Amperometric Measurement Platform for Biomedical Applications. - Markus Haberler; Inge Siegl; Christian Zajc; Carolin Kollegger; Christoph Steffan; Thomas Maier; Loric Petruzzi; Giorgio C. Mutinati; Rainer Hainberger; Gerald Holweg; Mario Auer (ConTEL, 2021)

Designing User-friendly Medical AI Applications - Methodical Development of User-centered Design Guidelines. - Laura Wiebelitz; Peter Schmid; Thomas Maier; Malte Volkwein (ICDH, 2022)

Calvera: A Platform for the Interpretation and Analysis of Neutron Scattering Data. - Gregory R. Watson; Gregory Cage; Jon Fortney; Garrett E. Granroth; Harry Hughes; Thomas Maier; Marshall T. McDonnell; Anibal Ramirez-Cuesta; Robert Smith; Sergey Yakubov; Wenduo Zhou (SMC, 2022)

Influence of Modulation Frequency and Feedback Diameter on Gesture Control with Mid-Air Haptics in a Driving Simulator. - Lukas Fuchs; Netmi Narasinghe; Peter Schmid; Thomas Maier (HCI (53), 2025)

CodeCharts and AI as Alternatives to On-site Eyetracking for Vehicle Design Evaluation. - Lars Gadermann; Daniel Holder; Thomas Maier (HCI (52), 2025)

Design and evaluation of new user control devices for improved ergonomics in flexible robotic endoscopy. - Leander Heisterberg; Luigi Manfredi; Dörte Wichmann; Thomas Maier; Peter P. Pott (Frontiers Robotics AI, 2025)