Towards a Mapping from BPMN to Agents. - Holger Endert; Benjamin Hirsch; Tobias Küster; Sahin Albayrak (SOCASE, 2007)

Towards Transformations from BPMN to Heterogeneous Systems. - Tobias Küster; Axel Heßler (Business Process Management Workshops, 2008)

Herding Agents - JIAC TNG in Multi-Agent Programming Contest 2008. - Axel Hessler; Jan Keiser; Tobias Küster; Marcel Patzlaff; Alexander Thiele; Erdene-Ochir Tuguldur (ProMAS, 2008)

Unifying JIAC Agent Development with AWE. - Marco Lützenberger; Tobias Küster; Axel Heßler; Benjamin Hirsch (MATES, 2009)

Herding cows with JIAC V. - Axel Heßler; Benjamin Hirsch; Tobias Küster (Ann. Math. Artif. Intell., 2010)

AgentStore - A Pragmatic Approach to Agent Reuse. - Axel Hessler; Benjamin Hirsch; Tobias Küster; Sahin Albayrak (AAMAS Workshops, 2011)

Agent-based integration of an electric car sharing fleet into a smart distribution feeder. - Daniel Freund 002; Andreas F. Raab; Tobias Küster; Sahin Albayrak; Kai Strunz (ISGT Europe, 2012)

Integrating process modelling into multi-agent system engineering. - Tobias Küster; Marco Lützenberger; Axel Heßler; Benjamin Hirsch (Multiagent Grid Syst., 2012)

JIAC V: A MAS framework for industrial applications. - Marco Lützenberger; Tobias Küster; Thomas Konnerth; Alexander Thiele; Nils Masuch; Axel Heßler; Jan Keiser; Michael Burkhardt; Silvan Kaiser; Sahin Albayrak (AAMAS, 2013)

Industrial process optimisation with JIAC. - Marco Lützenberger; Tobias Küster; Thomas Konnerth; Alexander Thiele; Nils Masuch; Axel Heßler; Jan Keiser; Michael Burkhardt; Silvan Kaiser; Jakob Tonn; Sahin Albayrak (AAMAS, 2013)

A Multi-agent Approach to Professional Software Engineering. - Marco Lützenberger; Tobias Küster; Thomas Konnerth; Alexander Thiele; Nils Masuch; Axel Heßler; Jan Keiser; Michael Burkhardt; Silvan Kaiser; Jakob Tonn; Michael Kaisers; Sahin Albayrak (EMAS@AAMAS, 2013)

Model-driven Development and Validation of Multi-agent Systems in JIAC V with the Agent World Editor. - Christian Kuster; Tobias Küster; Marco Lützenberger; Sahin Albayrak (ANT/SEIT, 2014)

Towards a Holistic Approach for Problems in the Energy and Mobility Domain. - Marco Lützenberger; Nils Masuch; Tobias Küster; Jan Keiser; Daniel Freund 002; Marcus Voß; Christopher-Eyk Hrabia; Denis Pozo; Johannes Fähndrich; Frank Trollmann; Sahin Albayrak (ANT/SEIT, 2014)

Micro smart grids and electromobility charging optimisation with a distributed agent application: demonstration. - Christopher-Eyk Hrabia; Marco Lützenberger; Tobias Küster; Sahin Albayrak (AAMAS, 2014)

Engineering JIAC multi-agent systems. - Marco Lützenberger; Thomas Konnerth; Tobias Küster; Jakob Tonn; Nils Masuch; Sahin Albayrak (AAMAS, 2014)

Towards Process-Oriented Modelling and Creation of Multi-Agent Systems. - Tobias Küster; Axel Heßler; Sahin Albayrak (EMAS@AAMAS, 2014)

Integrating electric vehicles into smart grid infrastructures a simulation-based approach that became reality. - Marco Lützenberger; Tobias Küster; Sahin Albayrak (WSC, 2014)

Multi-stage Smart Grid Optimisation with a Multiagent System. - Christopher-Eyk Hrabia; Francisco Denis Pozo Pardo; Tobias Küster; Sahin Albayrak (AAMAS, 2015)

An Overview of a Mapping from Processes to Agents. - Tobias Küster; Marco Lützenberger (AAMAS, 2015)

A Formal Description of a Mapping from Business Processes to Agents. - Tobias Küster; Marco Lützenberger; Sahin Albayrak (EMAS@AAMAS, 2015)

Adaptive Multi-stage Optimisation for EV Charging Integration into Smart Grid Control. - Christopher-Eyk Hrabia; Tobias Küster; Marcus Voß; Francisco Denis Pozo Pardo; Sahin Albayrak (PRIMA, 2015)

A common approach to intelligent energy and mobility services in a smart city environment. - Marco Lützenberger; Nils Masuch; Tobias Küster; Daniel Freund 002; Marcus Voß; Christopher-Eyk Hrabia; Denis Pozo; Johannes Fähndrich; Frank Trollmann; Jan Keiser; Sahin Albayrak (J. Ambient Intell. Humaniz. Comput., 2015)

Multi-Agent System in Practice: When Research Meets Reality. - Marco Lützenberger; Tobias Küster; Nils Masuch; Johannes Fähndrich (AAMAS, 2016)

Process-oriented modelling, creation, and interpretation of multi-agent systems. - Tobias Küster; Axel Heßler; Sahin Albayrak (Int. J. Agent Oriented Softw. Eng., 2016)

A Multi-Agent Platform for Augmented Reality based Product-Service Systems. - Nils Masuch; Tobias Küster; Johannes Fähndrich; Marco Lützenberger; Sahin Albayrak (AAMAS, 2017)

Eine Methodik zur Entwicklung von Multiagenten-Systemen auf Basis von Geschäftsprozess-Modellen. - Tobias Küster (2017)

A Distributed Architecture for Modular and Dynamic Augmented Reality Processes. - Tobias Küster; Jörg Stöcklein; Daniel Röltgen; Martin Trinoga; Nils Masuch; Johannes Fähndrich; Gudrun Tschirner-Vinke; Jan Taschner; Markus Specker; Hendrik Iben; Hannes Baumann; Falko Schmid (INDIN, 2019)

The EMPAIA Platform: Vendor-neutral integration of AI applications into digital pathology infrastructures. - Christoph Jansen; Klaus Strohmenger; Daniel Romberg; Tobias Küster; Nick Weiss; Björn Lindequist; Michael Franz; André Homeyer; Norman Zerbe (CCGRID, 2022)

EMPAIA App Interface: An open and vendor-neutral interface for AI applications in pathology. - Daniel Romberg; Klaus Strohmenger; Christoph Jansen; Tobias Küster; Nick Weiss; Christian Geißler; Tomasz Soltysinski; Michael Takla; Peter Hufnagl; Norman Zerbe; André Homeyer (Comput. Methods Programs Biomed., 2022)

The vendor-agnostic EMPAIA platform for integrating AI applications into digital pathology infrastructures. - Christoph Jansen; Björn Lindequist; Klaus Strohmenger; Daniel Romberg; Tobias Küster; Nick Weiss; Michael Franz; Lars Ole Schwen; Theodore Evans; André Homeyer; Norman Zerbe (Future Gener. Comput. Syst., 2023)

An Agent-Based Data Acquisition Pipeline for Image Data. - Benjamin Acar; Martin Berger; Marc Guerreiro Augusto; Tobias Küster; Fikret Sivrikaya; Sahin Albayrak (IEEE Access, 2024)

OPACA: Toward an Open, Language- and Platform-Independent API for Containerized Agents. - Benjamin Acar; Tobias Küster; Oskar F. Kupke; Robert K. Strehlow; Marc Guerreiro Augusto; Fikret Sivrikaya; Sahin Albayrak (IEEE Access, 2024)

Joining Forces for Pathology Diagnostics with AI Assistance: The EMPAIA Initiative. - Norman Zerbe; Lars Ole Schwen; Christian Geißler; Katja Wiesemann; Tom Bisson; Peter Boor; Rita Carvalho; Michael Franz; Christoph Jansen; Tim-Rasmus Kiehl; Björn Lindequist; Nora Charlotte Pohlan; et al. (CoRR, 2024)