ADVICE

Period

1 November 2021-30 June 2022

Project manager

Carmelo D'agostino

Full title: Advanced Virtual Development Methods for evaluating Communication of Automated Vehicles and VRUs

This project explores how external Human Machine Interfaces (HMIs) can be used by Connected and Automated Vehicles (CAVs) to communicate their presence and intentions to nearby Vulnerable Road Users (VRUs). Virtual Reality will be used to secure efficient evaluations and reliable results. The outcomes will support future rapid development of Advanced Driver Assistance Systems in both automated and manually driven vehicles, including additional needs arising from e.g. silent electric drivelines. The project will provide an overview of existing audio/visual communication solutions; study how to perform a VR test with regards to both technology and study design; and form a case-study in which a conceptual HMI solution is tested in a VR study.

Short facts

Research area

Road user behaviour

Financier(s)

VINNOVA/ FFI

Partners

Lund University

Volvo Group

Project type

SAFER connected project

Related publications

Open source code for cycling in the simulator

Year : 2022

Developing a Virtual Reality Bicycle Simulator in Unity for Traffic Safety Research Integration

This thesis focuses on the development and utilization of a virtual reality bicycle simulator for the purposes of traffic safety research. The bicycle simulator is developed using a virtual reality head mounted display (HMD) and commercially available

Authors : Norén, Hampus

Year : 2022

Published in : Malmö University

Final Project Report (Swedish)

This project has studied how virtual reality (VR) can be used to study the communication between self-driving vehicles and cyclists from the cyclist's perspective. In the project, a bicycle simulator for implementation into VR has been developed, and an

Authors : Carl Johnsson och Patrik Blomdahl

Year : 2022