| 2017 | UIC | Approach to develop innovative services through service networks by using ubiquitous infrastructures. | Tobias Teich, Martin Trommer, Phillipp Borner, Tobias Hartel, Sebastian Junghans, Sven Leonhardt, Oliver Scharf, Pierre Werner |
| 2016 | UIC | Event-Driven and District-Related Home Care: Networked Technical Building Equipment (TBE) as a Basis for Ambient Assisted Living. | Susan Franke, Andy Hermann, Sebastian Junghans, Sven Leonhardt, Tim Neumann, Tobias Teich, Martin Trommer, Sebastian Wolf |
| 2012 | GI | Interdisziplinre Zusammenarbeit im Forschungsgebiet Ambient Assisted Living zur Bewltigung demografischer Probleme im Gesundheitswesen. | Markus Lamprecht, Wolfgang Golubski, Anke Hber, Markus Heinze, Sven Leonhardt, Anne Randow, Susanne Schmidt, Tobias Teich |
| 2011 | ICINCO | Development of a Scheduling Module within an Integrated Solution for the Evaluation of Process Variants. | Tim Neumann, Daniel Kretz, Jrg Militzer, Tobias Teich |
| 2011 | ICINCO | Generation of Process Variants. | Christiane Soika, Tobias Teich, Jrg Militzer, Daniel Kretz |
| 2011 | ICINCO | Hydraulic Balance in Smart Homes - Using the KNX-standard for Performing Balanced Heating Conditions in Dynamic Load Situations. | Danny Szendrei, Tobias Teich, Susan Franke, Markus Schrader |
| 2011 | IJCCI | Artificial Neural Networks for Integration of HVAC Components in Building Automation - Optimizing Energy-efficiency in Residential Buildings Regarding Space Heating and Automated IAQ-control. | Tobias Teich, Danny Szendrei |
| 2008 | GECCO | A multi-objective ant colony approach for pareto-optimization using dynamic programming. | Sascha Hckel, Marco Fischer, David Zechel, Tobias Teich |
| 2003 | GECCO | Partner Selection in Virtual Enterprises by Using Ant Colony Optimization in Combination with the Analytical Hierarchy Process. | Marco Fischer, Hendrik Jhn, Tobias Teich |
| 2002 | GECCO | Real-world Shop Floor Scheduling By Ant Colony Optimization. | Andre Vogel, Marco Fischer, Tobias Teich |
| 2000 | GECCO | Evolutionary Real-World Shop Floor Scheduling using Parallelization and Parameter Coevolution. | Joachim Kschel, Bernd Meier, Marco Fischer, Tobias Teich |