Understanding driver-vehicle interaction using neuroergonomics

Describes research performed by Nikol Figalová as part of the SHAPE-IT project.

Long term effects of AV exposure on AV/VRU interactions

Describes research performed by Yue Yang as part of the SHAPE-IT project.

Developing more comfortable, pleasant and acceptable AV-kinematics cues for drivers

Describes research performed by Chen Peng as part of the SHAPE-IT project.

Transparency assessment of AV HMI

Describes research performed by Yuan-Chen Liu as part of the SHAPE-IT project.

Human factors in AI-based agile automation design

Describes research performed by Amna Pir as part of the SHAPE-IT project.

Augmented reality for safer pedestrian-AV encounters

Describes research performed by Wilbert Tabone as part of the SHAPE-IT project.

HMIs promoting safe AV-cyclist interactions

Describes research performed by Siri Hegna Berge as part of the SHAPE-IT project.

Cooperative interaction strategies between AVs and mixed motorized traffic

Describes research performed by Sarang Jokhio as part of the SHAPE-IT project.

AV occupants’ perception of safety in relation to AV behaviors

Describes research performed by Xiaolin He as part of the SHAPE-IT project.

Computational vehicle-pedestrian interaction models

Describes research performed by Amir Hossein Kalantari as part of the SHAPE-IT project.

Computational interaction models between automated vehicles and cyclists

Describes research performed by Ali Mohammadi as part of the SHAPE-IT project.

Safety assessment of automated vehicles

Describes research performed by Xiaomi Yang as part of the SHAPE-IT project.

Long-term effects of automation on user behaviuor

Describes research performed by Naomi Naomi Yvonne Mbelekani as part of the SHAPE-IT project.