A trifocal sensor system for 3D reconstruction of architectural models. - Volker Rodehorst; Matthias Heinrichs; Olaf Hellwich (Ann. GIS, 2009)

Automatische Generierung von 3D-Modellen mittels Sequenzen hochauflösender Bildtripel. - Matthias Heinrichs (2011)

Disaggregated Car Fleets in Microscopic Travel Demand Modelling. - Matthias Heinrichs; Daniel Krajzewicz; Rita Cyganski; Antje von Schmidt (ANT/SEIT, 2016)

Towards a FAIR Sharing of Scientific Experiments: Improving Discoverability and Reusability of Dielectric Measurements of Biological Tissues. - Md. Rezaul Karim 001; Matthias Heinrichs; Lars Christoph Gleim; Michael Cochez; Emily Porter; Alessandra La Gioia; Saqib Salahuddin; Stefan Decker; Martin O'Halloran; Oya Beyan (SWAT4LS, 2017)

Introduction of car sharing into existing car fleets in microscopic travel demand modelling. - Matthias Heinrichs; Daniel Krajzewicz; Rita Cyganski; Antje von Schmidt (Pers. Ubiquitous Comput., 2017)

Simulation of automated transport offers for the city of Brunswick. - Rita Cyganski; Matthias Heinrichs; Antje von Schmidt; Daniel Krajzewicz (ANT/SEIT, 2018)

Just do it! Combining agent-based travel demand models with queue based-traffic flow models. - Matthias Heinrichs; Michael Behrisch 002; Jakob Erdmann (ANT/SEIT, 2018)

Embedding intermodal mobility behavior in an agent-based demand model. - Daniel Krajzewicz; Matthias Heinrichs; Sigrun Beige (ANT/SEIT, 2018)

Comparison of non-fixed and fixed locations for subsistence activities in destination choice. - María López Díaz; Matthias Heinrichs; Sigrun Beige (ANT/EDI40, 2020)

Address-based computation of intra-cell distances for travel demand models. - Matthias Heinrichs; Rita Cyganski; Daniel Krajzewicz (ANT/EDI40, 2021)

Simulating the impact of privately owned automated vehicles within the region Test Bed Lower Saxony, Germany. - Antje von Schmidt; Matthias Heinrichs; Michael Behrisch 002 (ANT/EDI40, 2022)

A first approach towards an automatized preparation of input data for the agent-based demand model TAPAS. - Daniel Krajzewicz; Matthias Heinrichs; Antje von Schmidt; Alain Schengen; Simon Nieland (ANT/EDI40, 2025)