AFFCCA: a tool for critical area analysis with circular defects and lithography deformed layout. - Igor Bubel; Wojciech Maly; Thomas Waas; Pranab K. Nag; Hans Hartmann; Doris Schmitt-Landsiedel; Susanne Griep (DFT, 1995)

Application and realization of gateways between conventional automotive and IP/ethernet-based networks. - Helge Zinner; Josef Nöbauer; Thomas Gallner; Jochen Seitz 001; Thomas Waas (DAC, 2011)

Energy consumption of Ethernet compared to automotive bus networks. - Norbert Balbierer; Thomas Waas; Josef Noebauer; Jochen Seitz 001 (WISES, 2011)

Load balancing and aggregation of multiple ADSL links. - Florian Lutz; Michael Vetter; Thomas Waas; Markus Kucera (WISES, 2011)

A two wire power over Ethernet approach for in-vehicle applications. - Andreas Rath; Thomas Waas; Dennis Degueldre; Josef Noebauer (WISES, 2011)

A comparison of time synchronization in AVB and FlexRay in-vehicle networks. - Helge Zinner; Josef Noebauer; Jochen Seitz 001; Thomas Waas (WISES, 2011)

Bit Error Rate Testing Serial Communication Equipment using Pseudo-Random Bit Sequences. - Marius Strobl; Thomas Waas; Marcel Moolenaar; Angelika Schingale; Norbert Balbierer (IEEE GSC, 2012)

Using Ethernet over powerline communication in automotive networks. - Marius Strobl; Thomas Waas; Stefan Moehne; Markus Kucera; Andreas Rath; Norbert Balbierer; Angelika Schingale (WISES, 2012)

The Need for Security in Distributed Automotive Systems. - Stefan Seifert; Markus Kucera; Thomas Waas (PECCS, 2013)

Multinet - A wake-up protocol for multicast network groups. - Norbert Balbierer; Thomas Waas; Juergen Meyer; Martin Jakob; Jochen Seitz 001 (WISES, 2013)

Simulation environment for real-time applications 3D visualisation/simulation environment for testing real-time electronic control units. - Thomas Waas; Andrei Foldi; Markus Kucera (WISES, 2013)

Acquiring energy data from a medium-voltage grid for future smart grid solutions: A practical smart grid application example realized by use of cellular communication networks of the 2nd and 3rd generation. - Gerhard Zenger; Susanne Kenner; Klaus Volbert; Thomas Waas; Markus Kucera (WISES, 2013)

Sicherheitsherausforderungen in hochverteilten Systemen. - Hermann de Meer; Michael Diener; Ralph Herkenhöner; Markus Kucera; Michael Niedermeier; Andreas Reisser; Guido Schryen; Michael Vetter; Thomas Waas; Emrah Yasasin (Prax. Inf.verarb. Kommun., 2013)

Electromagnetic Emission of an Optical-to-BroadR-Reach Converter. - Dennis Degueldre; Thomas Waas; Markus Kucera (PECCS, 2014)

Software-Based Management for Ethernet Networks. - Markus Hager; Thomas Finke; Jochen Seitz 001; Thomas Waas (Wirel. Pers. Commun., 2014)

Mapping CAN-to-ethernet communication channels within virtualized embedded environments. - Dominik Reinhardt; Maximilian Güntner; Markus Kucera; Thomas Waas; Winfried E. Kühnhauser (SIES, 2015)

Smart Grid architecture for monitoring and analyzing, including modbus and REST performance comparison. - Susanne Kenner; Raphael Thaler; Markus Kucera; Klaus Volbert; Thomas Waas (WISES, 2015)

Ontologies used in robotics: A survey with an outlook for automated driving. - Stefan Brunner; Markus Kucera; Thomas Waas (ICVES, 2017)

Automotive E/E-architecture enhancements by usage of ethernet TSN. - Stefan Brunner; Jurgen Roder; Markus Kucera; Thomas Waas (WISES, 2017)

Comparison of smart grid architectures for monitoring and analyzing power grid data via Modbus and REST. - Susanne Kenner; Raphael Thaler; Markus Kucera; Klaus Volbert; Thomas Waas (EURASIP J. Embed. Syst., 2017)

Opening up New Fail-safe Layers in Distributed Vehicle Computer Systems. - Johannes Büttner; Markus Kucera; Thomas Waas (PECCS, 2018)

On Verify and Validate a Next Generation Automotive Communication Networka. - Sebastian Brunthaler; Thomas Waas; Markus Kucera (PECCS, 2019)