The reliability of autonomous vehicles can be enhanced by providing the vehicle with more information about the surrounding environment. Autonomous vehicles typically use LiDAR, Radar, and computer vision to substitute for the driver’s vision. By adding auditory perception, an autonomous vehicle will improve its reliability and enable the vehicle to react better to the environment. This paper proposes a novel approach to enhance the reliability of autonomous vehicles. By adding auditory perception, the vehicle will be able to hear and process audio. To illustrate the advantage of auditory capability, we conducted an experiment to collect and process audio signals obtained from a vehicle driving on the road. We showed how an audio signal ca...
Exterior vehicle sounds have been introduced in electric vehicles and as external human–machine inte...
Electric micromobility has the potential to transform the urban transportation system by offering in...
Acoustic vehicle alerting sound (AVAS) is implemented on electric and hybrid vehicles (inelectric mo...
Automated driving may be a key to solving a number of problems that humanity faces today: large numb...
Nowadays, a variety of intelligent systems for autonomous driving have been developed, which have al...
This paper presents the findings from an observational field study conducted with 8 car drivers. The...
There is currently a distinct lack of design consideration associated with autonomous vehicles and t...
Vehicle automation is becoming more widespread. As automation increases, new opportunities and chall...
With the field of automated vehicles rapidly growing comes the question of how we communicate to a d...
As automated vehicles currently do not provide sufficient feedback relating to the primary driving t...
Driving is a safety-critical task that predominantly relies on vision. However, visual information f...
We investigate how susceptible human drivers are to auditory signals in three situations: when stati...
Electric vehicles and automated vehicles are getting more pervasive in our everyday life. Ideally, f...
Automakers looking to remake their traditional vehicle line-up into autonomous vehicles, Noise, Vibr...
We investigate how susceptible human drivers are to auditory signals in three situations: when stati...
Exterior vehicle sounds have been introduced in electric vehicles and as external human–machine inte...
Electric micromobility has the potential to transform the urban transportation system by offering in...
Acoustic vehicle alerting sound (AVAS) is implemented on electric and hybrid vehicles (inelectric mo...
Automated driving may be a key to solving a number of problems that humanity faces today: large numb...
Nowadays, a variety of intelligent systems for autonomous driving have been developed, which have al...
This paper presents the findings from an observational field study conducted with 8 car drivers. The...
There is currently a distinct lack of design consideration associated with autonomous vehicles and t...
Vehicle automation is becoming more widespread. As automation increases, new opportunities and chall...
With the field of automated vehicles rapidly growing comes the question of how we communicate to a d...
As automated vehicles currently do not provide sufficient feedback relating to the primary driving t...
Driving is a safety-critical task that predominantly relies on vision. However, visual information f...
We investigate how susceptible human drivers are to auditory signals in three situations: when stati...
Electric vehicles and automated vehicles are getting more pervasive in our everyday life. Ideally, f...
Automakers looking to remake their traditional vehicle line-up into autonomous vehicles, Noise, Vibr...
We investigate how susceptible human drivers are to auditory signals in three situations: when stati...
Exterior vehicle sounds have been introduced in electric vehicles and as external human–machine inte...
Electric micromobility has the potential to transform the urban transportation system by offering in...
Acoustic vehicle alerting sound (AVAS) is implemented on electric and hybrid vehicles (inelectric mo...