A range of In-Vehicle Information Systems are currently developed and implemented in trucks to warn drivers about road dangers and vehicle failures. Systems often make use of conventional repetitive auditory warnings to catch attention. In a critical driving situation it might be tempting to use signals that express very high levels of urgency. However, previous studies have shown that more urgent alerts can have a negative impact on the listeners’ affective state. A simulator experiment was conducted to examine how urgent warnings could impact the affective state of experienced truck drivers, and their response performance to an unpredictable situation. As predicted, the more urgent warning was rated more annoying and startling. The driver...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
Previous research has shown that urgent auditory warnings are likely to annoy drivers. Increased urg...
Previous research has shown that urgent auditory warnings are likely to annoy drivers. Increased urg...
With semiautonomous vehicles and innovative assistance systems flooding the market, the characterist...
Auditory icons have the potential to enhance a driver’s situation awareness, to reduce his or her vi...
Auditory icons have the potential to enhance a driver’s situation awareness, to reduce his or her v...
Based on four studies, this thesis aims to explore how to design auditory warning signals that can f...
Auditory signals have proven useful to guide and inform drivers in dangerous situations. Sounds can ...
Recent technological developments in active advanced driver assistance systems and in-car infotainme...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
Previous research has shown that urgent auditory warnings are likely to annoy drivers. Increased urg...
Previous research has shown that urgent auditory warnings are likely to annoy drivers. Increased urg...
With semiautonomous vehicles and innovative assistance systems flooding the market, the characterist...
Auditory icons have the potential to enhance a driver’s situation awareness, to reduce his or her vi...
Auditory icons have the potential to enhance a driver’s situation awareness, to reduce his or her v...
Based on four studies, this thesis aims to explore how to design auditory warning signals that can f...
Auditory signals have proven useful to guide and inform drivers in dangerous situations. Sounds can ...
Recent technological developments in active advanced driver assistance systems and in-car infotainme...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
Informative systems might contribute to sensory and cognitive driver distraction, which in turn can ...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...
In-vehicle information systems (IVIS) may contribute to increased levels of cognitive workload, whic...