Multimodal displays should alert drivers in effective ways without distracting. They have a great potential for improving the driving task and even preventing injuries that can result from critical events. This work investigates the design and use of such displays to alert drivers about events of varying importance. The goal is to assess responses based on urgency, situation on the road, driver workload, as well as driver characteristics. This will form the basis for designing an algorithm that will utilize multimodal displays to inform drivers
This paper examines the response of 10 typical and 10 autism spectrum participants in their reaction...
Twenty-two participants drove a simulated vehicle while engaged in a low or high working memory loa...
ISSN-Electronic 1783-8738 ISSN-paper 1783-7677.International audienceIn this paper we focus on the d...
Signifying road-related events with warnings can be highly beneficial, especially when imminent atte...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
Multimodal displays are increasingly being utilized as driver warnings. Abstract warnings, without a...
Multimodal displays are increasingly being utilized as driver warnings. Abstract warnings, without a...
With semiautonomous vehicles and innovative assistance systems flooding the market, the characterist...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
The increasing availability of complex in-vehicle technologies means that ‘driver inattention’ cons...
This study addresses how advanced driver assistance systems (ADAS) should communicate with drivers, ...
This paper presents a driver simulator, which takes into account the information about the user’s st...
This paper presents a driver simulator, which takes into account the information about the user's st...
This paper examines the response of 10 typical and 10 autism spectrum participants in their reaction...
Twenty-two participants drove a simulated vehicle while engaged in a low or high working memory loa...
ISSN-Electronic 1783-8738 ISSN-paper 1783-7677.International audienceIn this paper we focus on the d...
Signifying road-related events with warnings can be highly beneficial, especially when imminent atte...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
Previous studies have investigated audio, visual and tactile driver warnings, indicating the importa...
Multimodal displays are increasingly being utilized as driver warnings. Abstract warnings, without a...
Multimodal displays are increasingly being utilized as driver warnings. Abstract warnings, without a...
With semiautonomous vehicles and innovative assistance systems flooding the market, the characterist...
Previous studies have evaluated Audio, Visual and Tactile warnings for drivers, highlighting the imp...
The increasing availability of complex in-vehicle technologies means that ‘driver inattention’ cons...
This study addresses how advanced driver assistance systems (ADAS) should communicate with drivers, ...
This paper presents a driver simulator, which takes into account the information about the user’s st...
This paper presents a driver simulator, which takes into account the information about the user's st...
This paper examines the response of 10 typical and 10 autism spectrum participants in their reaction...
Twenty-two participants drove a simulated vehicle while engaged in a low or high working memory loa...
ISSN-Electronic 1783-8738 ISSN-paper 1783-7677.International audienceIn this paper we focus on the d...