A Timely Endeavor: Theoretical, Behavioral, Bioimaging, and Clinical Perspectives on Time Perception. - Argiro Vatakis; Georgios Papadelis (COST 2102 Training School, 2010)

Enhanced Audiovisual Temporal Sensitivity When Viewing Videos That Appropriately Depict the Effect of Gravity on Object Movement. - Argiro Vatakis; Charles Spence (COST TD0904 International Workshop, 2010)

The POETICON enacted scenario corpus - A tool for human and computational experiments on action understanding. - Christian Wallraven; Michael Schultze; Betty J. Mohler; Argiro Vatakis; Katerina Pastra (FG, 2011)

On the perception of visual durational speech features: A comparison between native and non native speakers. - Anna Esposito; Mirko Esposito; Maria Giagkou; Argiro Vatakis; Alessandro Vinciarelli (CogInfoCom, 2012)

Towards a behaviorally-validated computational audiovisual saliency model. - Antigoni Tsiami; Athanasios Katsamanis; Petros Maragos; Argiro Vatakis (ICASSP, 2016)

A behaviorally inspired fusion approach for computational audiovisual saliency modeling. - Antigoni Tsiami; Petros Koutras; Athanasios Katsamanis; Argiro Vatakis; Petros Maragos (Signal Process. Image Commun., 2019)

ChronoPilot - Modulating Time Perception. - Jean Botev; Knut Drewing; Heiko Hamann; Yara Khaluf; Pieter Simoens; Argiro Vatakis (AIVR, 2021)

Effects of Human-Swarm Interaction on Subjective Time Perception: Swarm Size and Speed. - Julian Kaduk; Müge Cavdan; Knut Drewing; Argiro Vatakis; Heiko Hamann (HRI, 2023)

Dataset and Code: No Evidence That Sound-Shape Associations Influence Temporal Resolution in Humans: Five Experiments and Mini-Meta Analyses. - Suddha Sourav; Brigitte Röder; Franka Ambsdorf; Andromachi Melissari; Miketa Arvaniti; Argiro Vatakis (UHH-FDR, 2023)

Dataset and Code for "No Evidence That Sound-Shape Associations Influence Temporal Resolution in Humans: Five Non-Replications of Parise and Spence (2009) and Meta-Analyses". - Suddha Sourav; Brigitte Röder; Franka Ambsdorf; Andromachi Melissari; Miketa Arvaniti; Argiro Vatakis (UHH-FDR, 2023)

Automatic Classification of Subjective Time Perception Using Multi-Modal Physiological Data of Air Traffic Controllers. - Till Aust; Eirini Balta; Argiro Vatakis; Heiko Hamann (SMC, 2024)