Digitale Analyse Graphischer Literatur. - Alexander Dunst; Rita Hartel; Sven Hohenstein; Jochen Laubrock (DHd, 2015)

Moving around the City of Glass. - Jochen Laubrock; Sven Hohenstein; Alexander Thoß (DHd, 2016)

Corpus Analyses of Multimodal Narrative: The Example of Graphic Novels. - Alexander Dunst; Rita Hartel; Sven Hohenstein; Jochen Laubrock (DH, 2016)

Raum und Zeit in Comics: Die Wirkung von Zwischenräumen auf Aufmerksamkeit und empfundene Zeit beim Lesen graphischer Literatur. - Sven Hohenstein; Jochen Laubrock (DHd, 2017)

Visuelle Elemente grafischer Literatur: Aufmerksamkeitszuwendung und objektive Beschreibung. - Jochen Laubrock; Eike Richter; Sven Hohenstein (DHd, 2017)

Design of a Corpus and an Interactive Annotation Tool for Graphic Literature. - Jochen Laubrock; Sven Hohenstein; Eike Richter (DH, 2017)

The Graphic Narrative Corpus (GNC): Design, Annotation, and Analysis for the Digital Humanities. - Alexander Dunst; Rita Hartel; Jochen Laubrock (MANPU@ICDAR, 2017)

Computationale Beschreibung visuellen Materials am Beispiel des Graphic Narrative Corpus. - Jochen Laubrock; David Dubray; André Krügel (DHd, 2018)

Computational Analysis and Visual Stylometry of Comics using Convolutional Neural Networks. - Jochen Laubrock; David Dubray (DH, 2018)

Grundzüge einer visuellen Stilometrie. - Jochen Laubrock; David Dubray (DHd, 2019)

Deep CNN-Based Speech Balloon Detection and Segmentation for Comic Books. - David Dubray; Jochen Laubrock (ICDAR, 2019)

CNN-Based Classification of Illustrator Style in Graphic Novels: Which Features Contribute Most? - Jochen Laubrock; David Dubray (MMM (2), 2019)

The Brain's Asymmetric Frequency Tuning: Asymmetric Behavior Originates from Asymmetric Perception. - Arianna Felisatti; David Aagten-Murphy; Jochen Laubrock; Samuel Shaki; Martin H. Fischer (Symmetry, 2020)

Computational Approaches to Comics Analysis. - Jochen Laubrock; Alexander Dunst (Top. Cogn. Sci., 2020)

Empirische Aufmerksamkeitseffekte multimodaler Kohäsion im Film. - Jochen Laubrock; Chiao-I Tseng (DHd, 2022)

TF-IDF based Scene-Object Relations Correlate With Visual Attention. - Pelin Çelikkol; Jochen Laubrock; David Schlangen (ETRA, 2023)

Synthetic predictabilities from large language models explain reading eye movements. - Johan Chandra; Nicholas Witzig; Jochen Laubrock (ETRA, 2023)

PACMHCI V8, ETRA, May 2024 Editorial. - Andrew T. Duchowski; Peter Kiefer; Krzysztof Krejtz; Jochen Laubrock (Proc. ACM Hum. Comput. Interact., 2024)

Pupillometric prediction of age as a potential proxy to cardiovascular fitness. - Jochen Laubrock; Alexander Kleinau; Anja Haase-Fielitz; Christian Butter (ETRA, 2025)

PACMHCI V9, N3, May 2025 Editorial. - Nora Jane Castner; Peter Kiefer; Jochen Laubrock; Carlos H. Morimoto (Proc. ACM Hum. Comput. Interact., 2025)