"How can I learn to use this car faster?": User education for intelligent connected car
Abstract
Intelligent connected vehicles and automated driving system have developed rapidly in recent years. Level 3 (L3) automated driving system will have major changes in human-vehicle interaction. Intelligent networked vehicles are facing problems such as lack of standards, operational differences, and complicated car HMI system, which have greatly affected users’ acceptance of autonomous driving. Existing user education is mainly conducted through user manuals and video tutorials, which have disadvantages such as low learning efficiency, long time-consuming, and poor user experience. Based on the intelligent connected vehicle, this research presents a car HMI guidance in the driving takeover scenario. Using a between-group design, N=40 participants were divided into 4 groups to complete the learning of the automated driving system. The result shows that using the car HMI to learn automated driving system can effectively improve user experience and improve learning efficiency. In particular, an interactive system based on multi-mode interaction can further enhance the result of learning and improve user experience.
Keywords: Human Machine Interaction, Automated Driving, User Education, Learnability, Multimodal Interaction
DOI: 10.54941/ahfe1001918
Cite this paper
More from this volume
- Construction of the Educational Model of Vocational College Students' Career Planning Based on Design Thinking
- Interdisciplinary curriculum design integrating design, technology, and business
- An Exploration in Integrating Design Thinking into Chinese High School Curriculum
- Online Teaching Platform of Design Thinking Workshop
- Exploration and Practice of Progressive PBL in costume design course: The Example Engineering and Design College of Hunan Normal University
- Modeling user requirements for driver-vehicle interaction system in China
- Interactive Design of Car Steering Wheel Touch Screen Interface Based on KANO Model
- From the Driver's Point of View of Information Reception: Building a Design Strategy for Aiding Interaction with Novice Drivers
- Ease of Use for Interactive Mode of Intelligent Connected Vehicles: A Case Study of Physical Button and Virtual Interface
- External HMI for Automated Vehicles: Adding a Communication Perspective for all Road Users
- Under the Era of Light Health Preservation--- The Influence of College Students' Study Pressure on Their Choice of Regimen
- Large-scale Chinese FSTT Database for Finite Element Modeling


AHFE Open Access