Exploration of the FlexRay signal integrity using a combined prototyping and simulation approach. - Martin Krammer; Federico Clazzer; Eric Armengaud; Michael Karner; Christian Steger; Reinhold Weiss (DDECS, 2010)

Improving methods and processes for the development of safety-critical automotive embedded systems. - Martin Krammer; Nadja Marko; Eric Armengaud; Dirk Geyer; Gerhard Griessnig (ETFA, 2010)

Method Library Framework for Safety Standard Compliant Process Tailoring. - Martin Krammer; Eric Armengaud; Quentin Bourrouilh (EUROMICRO-SEAA, 2011)

Improvement of inertial sensor based indoor navigation by video content analysis. - Thomas Bernoulli; Martin Krammer; Ulrich Walder; Ulrich Dersch; Klaus Zahn (IPIN, 2011)

Towards Cross-Domains Model-Based Safety Process, Methods and Tools for Critical Embedded Systems: The CESAR Approach. - Jean-Paul Blanquart; Eric Armengaud; Philippe Baufreton; Quentin Bourrouilh; Gerhard Griessnig; Martin Krammer; Odile Laurent; Joseph Machrouh; Thomas Peikenkamp; Cecile Schindler; Tormod Wien (SAFECOMP, 2011)

System design for enhanced forward-engineering possibilities of safety critical embedded systems. - Martin Krammer; Michael Karner; Anton Fuchs (DDECS, 2014)

Beyond HTML5 geolocation: A flexible concept to enable and easily use advanced positioning technologies for mobile indoor location based service web applications. - Martin Krammer; Thomas Bernoulli; Ulrich Walder (IPIN, 2014)

Standard compliant co-simulation models for verification of automotive embedded systems. - Martin Krammer; Helmut Martin; Zoran Radmilovic; Simon Erker; Michael Karner (FDL, 2015)

Model-based configuration of automotive co-simulation scenarios. - Martin Krammer; Johannes Fritz; Michael Karner (SpringSim (ANSS), 2015)

Interfacing Real-Time Systems for Advanced Co-Simulation - The ACOSAR Approach. - Martin Krammer; Nadja Marko; Martin Benedikt (STAF Doctoral Symposium / Showcase, 2016)

Systematic Pattern Approach for Safety and Security Co-engineering in the Automotive Domain. - Tiago Amorim 001; Helmut Martin; Zhendong Ma; Christoph Schmittner; Daniel Schneider 001; Georg Macher; Bernhard Winkler; Martin Krammer; Christian Kreiner (SAFECOMP, 2017)

Configuration of Slaves Based on the Distributed Co-Simulation Protocol. - Martin Krammer; Martin Benedikt (ETFA, 2018)

Master for Simulation Control using the Distributed Co-Simulation Protocol. - Martin Krammer; Martin Benedikt (INDIN, 2018)

Requirements Engineering for Consensus-Oriented Technical Specifications. - Martin Krammer; Nadja Marko; Martin Benedikt (RE, 2018)

The distributed co-simulation protocol for the integration of real-time systems and simulation environments. - Martin Krammer; Martin Benedikt; Torsten Blochwitz; Khaled Alekeish; Nicolas Amringer; Christian Kater; Stefan Materne; Roberto Ruvalcaba; Klaus Schuch; Josef Zehetner; Micha Damm-Norwig; Viktor Schreiber; et al. (SummerSim, 2018)

Clock Synchronization in Context of the Distributed Co-Simulation Protocol. - Martin Krammer; Philipp Ferner; Daniel Watzenig (ICCVE, 2019)

Using the Distributed Co-Simulation Protocol for a Mixed Real-Virtual Prototype. - Peter Baumann; Martin Krammer; Mario Driussi; Lars Mikelsons; Josef Zehetner; Werner Mair; Dieter Schramm (ICM, 2019)

Design and Application of a Domain Specific Modeling Language for Distributed Co-Simulation. - Martin Krammer; Martin Benedikt (INDIN, 2019)

Standardized Integration of Real-Time and Non-Real-Time Systems: The Distributed Co-Simulation Protocol. - Martin Krammer; Klaus Schuch; Christian Kater; Khaled Alekeish; Torsten Blochwitz; Stefan Materne; Andreas Soppa; Martin Benedikt (Modelica, 2019)

Combined automotive safety and security pattern engineering approach. - Helmut Martin; Zhendong Ma; Christoph Schmittner; Bernhard Winkler; Martin Krammer; Daniel Schneider 001; Tiago Amorim 001; Georg Macher; Christian Kreiner (Reliab. Eng. Syst. Saf., 2020)

Virtual Validation for Certification of Railway Vehicle Braking Performance. - Martin Krammer; Clemens Schiffer; Oliver Urspruch; Denis Emorine (EuroSPI, 2022)