Applying bioinformatics in the analysis of software variants. - Vasil L. Tenev; Slawomir Duszynski (ICPC, 2012)

Android build dependency analysis. - Bo Zhang 014; Vasil L. Tenev; Martin Becker 002 (ICPC, 2016)

Good Change and Bad Change: An Analysis Perspective on Software Evolution. - Mikael Lindvall; Martin Becker 002; Vasil L. Tenev; Slawomir Duszynski; Mike Hinchey (LNCS Trans. Found. Mastering Chang., 2016)

Variant Analysis: Set-Based Similarity Visualization for Cloned Software Systems. - Vasil L. Tenev; Slawomir Duszynski; Martin Becker 002 (SPLC (B), 2017)

Nature Inspired System Analysis. - Vasil L. Tenev (Softwaretechnik-Trends, 2017)

Analyzing Software Build Architectures. - Bo Zhang 014; Vasil L. Tenev; Martin Becker 002 (Softwaretechnik-Trends, 2018)

Reverse Engineering of Domain Knowledge for Improving Configuration Management. - Vasil L. Tenev; Martin Becker 002; Angjela Davitkova; Damjan Gjurovski (Softwaretechnik-Trends, 2019)

Experience Report on Variability Improvement in a Product Line Engineering Unaware Company. - David Morais Ferreira; Martin Becker 002; Vasil L. Tenev (SPLC (B), 2020)

A Comparative Study on Variability Code Analysis Technology. - Suparna S. Nair; Martin Becker 002; Vasil L. Tenev (SPLC (B), 2020)

N-way Diff: Set-based Comparison of Software Variants. - Slawomir Duszynski; Vasil L. Tenev; Martin Becker 002 (VISSOFT, 2020)

Variant Analysis in Changing System Landscapes. - Vasil L. Tenev; Martin Becker 002 (Softwaretechnik-Trends, 2020)

Product-line analysis cookbook: a classification system for complex analysis toolchains. - David Morais Ferreira; Vasil L. Tenev; Martin Becker 002 (SPLC (B), 2021)

A prototype of a crowd-sourcing platform for classification and integration of analysis tools in product line engineering. - Mohammadali Soleymani; David Morais Ferreira; Vasil L. Tenev; Martin Becker 002 (SPLC (B), 2022)

InTra: Automatic Reduction of Model Complexity and Generation of System Variants - A Tool Demonstration. - Philippe Barbie; Vasil L. Tenev; Martin Becker 002 (SPLC (B), 2023)

KI-basierte Erstellung von digitalen Zwillingen. - Christian Malek; Vasil L. Tenev; Martin Becker 002 (Softwaretechnik-Trends, 2025)