Rapid Prototyping of Topology Control Algorithms by Graph Transformation. - Géza Kulcsár; Michael Stein 001; Immanuel Schweizer; Gergely Varró; Max Mühlhäuser; Andy Schürr (Electron. Commun. Eur. Assoc. Softw. Sci. Technol., 2014)

Always the Best: Executing Transitions between Search Overlays. - Alexander Frömmgen; Stefan Haas; Michael Stein 001; Robert Rehner; Alejandro P. Buchmann; Max Mühlhäuser (ECSA Workshops, 2015)

a-kTC: Integrating topology control into the stack. - Immanuel Schweizer; Ralf Zimmermann; Michael Stein 001; Max Mühlhäuser (LCN, 2015)

Topology control with application constraints. - Michael Stein 001; Géza Kulcsár; Immanuel Schweizer; Gergely Varró; Andy Schürr; Max Mühlhäuser (LCN, 2015)

Evaluation study for clustering in wireless sensor networks. - Michael Stein 001; Dominic Lerbs; Mohamed Hassan; Mathias Schnee; Immanuel Schweizer; Karsten Weihe; Max Mühlhäuser (CSNDSP, 2016)

TARL: modeling topology adaptations for networking applications. - Michael Stein 001; Alexander Frömmgen; Roland Kluge; Frank Löffler 002; Andy Schürr; Alejandro P. Buchmann; Max Mühlhäuser (SEAMS@ICSE, 2016)

Topology Control in Wireless Sensor Networks: What Blocks the Breakthrough? - Michael Stein 001; Tobias Petry; Immanuel Schweizer; Martina Brachmann; Max Mühlhäuser (LCN, 2016)

Transitions on multiple layers for scalable, energy-efficient and robust wireless video streaming. - Michael Stein 001; Roland Kluge; Dario Mirizzi; Stefan Wilk; Andy Schürr; Max Mühlhäuser (PerCom Workshops, 2016)

Distributed Graph-based Topology Adaptation using Motif Signatures. - Michael Stein 001; Karsten Weihe; Augustin Wilberg; Roland Kluge; Julian M. Klomp; Mathias Schnee; Lin Wang 015; Max Mühlhäuser (ALENEX, 2017)

Can We Find Better Process Models? Process Model Improvement Using Motif-Based Graph Adaptation. - Alexander Seeliger; Michael Stein 001; Max Mühlhäuser (Business Process Management Workshops, 2017)

cMoflon: Model-Driven Generation of Embedded C Code for Wireless Sensor Networks. - Roland Kluge; Michael Stein 001; David Giessing; Andy Schürr; Max Mühlhäuser (ECMFA, 2017)

Router-Based Brokering for Surrogate Discovery in Edge Computing. - Julien Gedeon; Christian Meurisch; Disha Bhat; Michael Stein 001; Lin Wang 015; Max Mühlhäuser (ICDCS Workshops, 2017)

Beyond the core: Enabling software-defined control at the network edge. - Jens Heuschkel; Michael Stein 001; Lin Wang 015; Max Mühlhäuser (NetSys, 2017)

A Classification of Locality in Network Research. - Michael Stein 001; Mathias Fischer 001; Immanuel Schweizer; Max Mühlhäuser (ACM Comput. Surv., 2017)

A systematic approach to constructing incremental topology control algorithms using graph transformation. - Roland Kluge; Michael Stein 001; Gergely Varró; Andy Schürr; Matthias Hollick; Max Mühlhäuser (J. Vis. Lang. Comput., 2017)

From Cell Towers to Smart Street Lamps: Placing Cloudlets on Existing Urban Infrastructures. - Julien Gedeon; Michael Stein 001; Jeff Krisztinkovics; Patrick Felka; Katharina Keller; Christian Meurisch; Lin Wang 015; Max Mühlhäuser (SEC, 2018)

On Scalable In-Network Operator Placement for Edge Computing. - Julien Gedeon; Michael Stein 001; Lin Wang 015; Max Mühlhäuser (ICCCN, 2018)

vStore: A Context-Aware Framework for Mobile Micro-Storage at the Edge. - Julien Gedeon; Nicolás Himmelmann; Patrick Felka; Fabian Herrlich; Michael Stein 001; Max Mühlhäuser (MobiCASE, 2018)

A Multi-Cloudlet Infrastructure for Future Smart Cities: An Empirical Study. - Julien Gedeon; Jeff Krisztinkovics; Christian Meurisch; Michael Stein 001; Lin Wang 015; Max Mühlhäuser (EdgeSys@MobiSys, 2018)

Scaling topology pattern matching: a distributed approach. - Michael Stein 001; Alexander Frömmgen; Roland Kluge; Lin Wang 015; Augustin Wilberg; Boris Koldehofe; Max Mühlhäuser (SAC, 2018)

Local Algorithms for Distributed Topology Adaptation. - Michael Stein 001 (Dr. Hut, 2018)

A systematic approach to constructing families of incremental topology control algorithms using graph transformation. - Roland Kluge; Michael Stein 001; Gergely Varró; Andy Schürr; Matthias Hollick; Max Mühlhäuser (Softw. Syst. Model., 2019)

Street lamps as a platform. - Max Mühlhäuser; Christian Meurisch; Michael Stein 001; Jörg Daubert; Julius von Willich; Jan Riemann; Lin Wang 015 (Commun. ACM, 2020)