Merging High-Level Language and Assembly Software: Principles and Case Study. - Helmar Burkhart; Yen Chao; Michael Moser (Fachtagung über Programmiersprachen, 1984)

Making a Compiler Easily Portable. - Enrico Ballarin; Helmar Burkhart; Rudolf Eigenmann; Heinz Kindlimann; Michael Moser (IEEE Softw., 1988)

The ELAN Performance Analysis Environment. - Michael Moser (CONPAR, 1990)

ELAN - Werkzeuge zur Leistungs- und Verlustanalyse an parallelen Programmen. - Michael Moser (Hartung-Gorre, 1992)

The M3 Multiprocessor Laboratory. - Helmar Burkhart; Rudolf Eigenmann; Heinz Kindlimann; Michael Moser; Heinz Scholian (IEEE Trans. Parallel Distributed Syst., 1993)

Electronic data interchange for health care. - Andrew Hutchison; Matthias Kaiserswerth; Michael Moser; Andreas Schade (IEEE Commun. Mag., 1996)

Image Analysis Based on Fuzzy Knowledge. - Markus Jäger; Jens Hiltner; Christopher Tresp; Michael Moser (Int. J. Artif. Intell. Tools, 1998)

DEAPspace - Transient ad hoc networking of pervasive devices. - Reto Hermann; Dirk Husemann; Michael Moser; Michael Nidd; Christian Rohner; Andreas Schade (Comput. Networks, 2001)

Managed Portal Appliance: An Experiment in Extending the Reach of Web Applications. - Marion Blount; Veronique Perret; Danny L. Yeh; Apratim Purakayastha; Michael Moser; Yann Duponchel; Daniela Bourges-Waldegg; Marcel Graf (Mobile Data Management, 2004)

The Fluid Computing Middleware: Bringing Application Fluidity to the Mobile Internet. - Daniela Bourges-Waldegg; Yann Duponchel; Marcel Graf; Michael Moser (SAINT, 2005)

Faulty EPCs in the SAP Reference Model. - Jan Mendling; Michael Moser; Gustaf Neumann; H. M. W. Verbeek; Boudewijn F. van Dongen; Wil M. P. van der Aalst (Business Process Management, 2006)

IT-Governance-Prozesse und Projekt-Portfoliomanagement. - Michael Moser; Michael Alexander (Informatiktage, 2006)

Transformation of yEPC business process models to YAWL. - Jan Mendling; Michael Moser; Gustaf Neumann (SAC, 2006)

Empirical Evaluation of an Autonomous Vehicle in an Urban Environment. - Ben Upcroft; Alexei Makarenko; Michael Moser; Alen Alempijevic; Ashod Donikian; Will Uther; Robert Fitch (J. Aerosp. Comput. Inf. Commun., 2007)

Model-based design: a report from the trenches of the DARPA Urban Challenge. - Jonathan Sprinkle; J. Mikael Eklund; Humberto González; Esten Ingar Grøtli; Ben Upcroft; Alexei Makarenko; Will Uther; Michael Moser; Robert Fitch; Hugh F. Durrant-Whyte; Shankar Sastry 001 (Softw. Syst. Model., 2009)

Aligning infrastructure and business processes using watermarks. - Heiko Ludwig; Kamal Bhattacharya; Rick Sheftic; Michael Nidd; Michael Moser; Andreas Kind (CNSM, 2010)

Automated reengineering of industrial HMI screens by static analysis. - Bernhard Dorninger; Wolfgang Beer; Michael Moser; Rene Zeilinger; Albin Kern (ETFA, 2014)

A novel domain-specific language for the robot welding automation domain. - Michael Moser; Michael Pfeiffer 005; Josef Pichler (ETFA, 2014)

Domain-specific modeling in industrial automation: challenges and experiences. - Michael Moser; Michael Pfeiffer 005; Josef Pichler (MoSEMInA, 2014)

Reverse Engineering PL/SQL Legacy Code: An Experience Report. - Martin Habringer; Michael Moser; Josef Pichler (ICSME, 2014)

RbG: A documentation generator for scientific and engineering software. - Michael Moser; Josef Pichler; Günther Fleck; Michael Witlatschil (SANER, 2015)

Documentation generation from annotated source code of scientific software: position paper. - Michael Moser; Josef Pichler (SE4Science@ICSE, 2016)

Integration of Static and Dynamic Code Analysis for Understanding Legacy Source Code. - Wilhelm Kirchmayr; Michael Moser; Ludwig Nocke; Josef Pichler; Rudolf Tober (ICSME, 2016)

Experience Report on Building ASTM Based Tools for Multi-language Reverse Engineering. - Günter Fleck; Wilhelm Kirchmayr; Michael Moser; Ludwig Nocke; Josef Pichler; Rudolf Tober; Michael Witlatschil (SANER, 2016)

Automated Static Analysis of Unit Test Code. - Rudolf Ramler; Michael Moser; Josef Pichler (VST@SANER, 2016)

Multi-language re-documentation to support a COBOL to Java migration project. - Bernhard Dorninger; Michael Moser; Josef Pichler (SANER, 2017)

Towards reverse engineering of intermediate code for documentation generators. - Michael Moser; Michael Pfeiffer 005; Josef Pichler (SANER, 2017)

Best Practices for Domain-Specific Modeling. A Systematic Mapping Study. - Gerald Czech; Michael Moser; Josef Pichler (SEAA, 2018)

Reengineering an industrial HMI: Approach, objectives, and challenges. - Bernhard Dorninger; Michael Moser; Albin Kern (SANER, 2018)

Grammatical inference from data exchange files: An experiment on engineering software. - Markus Exler; Michael Moser; Josef Pichler; Günter Fleck; Bernhard Dorninger (SANER, 2018)

A TrueTime Extension for Instruction-level Timing and Multi-stack Support. - Andreas Naderlinger; Michael Moser (IECON, 2019)

Extracting High-Level System Specifications from Source Code via Abstract State Machines. - Flavio Ferrarotti; Josef Pichler; Michael Moser; Georg Buchgeher (MEDI, 2019)

Improving Quality of Data Exchange Files. An Industrial Case Study. - Günter Fleck; Michael Moser; Josef Pichler (PROFES, 2019)

An Early Investigation of Unit Testing Practices of Component-Based Software Systems. - Georg Buchgeher; Stefan Fischer 006; Michael Moser; Josef Pichler (VST@SANER, 2020)

Leveraging Machine Learning for Software Redocumentation. - Verena Geist; Michael Moser; Josef Pichler; Stefanie Beyer; Martin Pinzger 001 (SANER, 2020)

A systematic mapping study on best practices for domain-specific modeling. - Gerald Czech; Michael Moser; Josef Pichler (Softw. Qual. J., 2020)

Stepwise abstraction of high-level system specifications from source code. - Flavio Ferrarotti; Michael Moser; Josef Pichler (J. Comput. Lang., 2020)

eknows: Platform for Multi-Language Reverse Engineering and Documentation Generation. - Michael Moser; Josef Pichler (ICSME, 2021)

Leveraging machine learning for software redocumentation - A comprehensive comparison of methods in practice. - Verena Geist; Michael Moser; Josef Pichler; Rodolfo Santos; Volkmar Wieser (Softw. Pract. Exp., 2021)

On the Creation and Maintenance of a Documentation Generator in an Applied Research Context. - Bernhard Dorninger; Michael Moser; Josef Pichler; Michael Rappl; Jakob Sautter (DEXA Workshops, 2022)

Towards Attribute Grammar Mining by Symbolic Execution. - Michael Moser; Josef Pichler; Andreas Pointner (SANER, 2022)

Iterative Design and Evaluation of a Low-Code Development Platform for Welding Robot Control. - Bernhard Schenkenfelder; Michael Moser; Michael Pfeiffer 005; Josef Pichler; Christian Salomon; Mario Winterer (ETFA, 2023)

Specification-based Test Case Generation for C++ Engineering Software. - Peter Hamberger; Claus Klammer; Thomas Luger; Michael Moser; Michael Pfeiffer 005; Christina Piereder (ICSME, 2023)

Using AI-Based Code Completion for Domain-Specific Languages. - Christina Piereder; Günter Fleck; Verena Geist; Michael Moser; Josef Pichler (PROFES (1), 2023)

Leveraging and Evaluating Automatic Code Summarization for JPA Program Comprehension. - Richard Mayer; Michael Moser; Verena Geist (SANER, 2023)

The cost of artificial latency in the PBS context. - Umberto Natale; Michael Moser (CoRR, 2023)

Industrial Experience Report on AI-Assisted Coding in Professional Software Development. - Rudolf Ramler; Michael Moser; Lukas Fischer 001; Markus Nissl; René Heinzl (LLM4CODE@ICSE, 2024)

Evaluating AI-Based Code Segmentation for ABAP Programs in an Industrial Use Case. - Richard Mayer; Michael Moser; Niklas Greif; Florian Schnitzhofer; Verena Geist; Martin Pinzger 001 (PROFES (Industry-, Workshop-, and Doctoral Symposium Papers), 2024)

Innovating Industry With Research: eknows and Sysparency. - Verena Geist; Michael Moser; Josef Pichler; Florian Schnitzhofer (IEEE Softw., 2024)