Add to ORKGIn this article, an experimental procedure is presented in order to evaluate HMD oculus and medium range field of view ECO2 static simulator according to driving simulation sickness. The driving simulation sickness is investigated with respect to SSQ (simulator sickness questionnaire) and vestibular dynamics (head movements) of the driver participants for a specific driving scenario. The scenario of driving task is created by using open source “iiVR (institut image virtual reality)” software which is developed by Institut Image Arts et Métiers ParisTech. The experiments are executed in static mode for driving simulator
Simulator sickness is a well-known side effect of driving simulation which may reduce the passenger ...
The helmet-mounted display (HMD), often used in non-vehicle-based virtual environments (VEs), can be...
This paper explores the use of VR Head Mounted Displays (HMDs) in-car and in-motion for the first t...
In this article, an experimental procedure is presented in order to evaluate HMD oculus and medium r...
In this article, an experimental procedure is presented in order to evaluate HMD oculus and medium r...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
Driving simulation (DS) and Virtual Reality (VR) share the same technologies for visualization and 3...
Driving simulation (DS) and Virtual Reality (VR) share the same technologies for visualization and 3...
International audienceDriving simulation (DS) and Virtual Reality (VR) share the same technologies f...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
Driving simulation from the very beginning of the advent of VR technology uses the very same technol...
Simulator sickness is a well-known side effect of driving simulation which may reduce the passenger ...
The helmet-mounted display (HMD), often used in non-vehicle-based virtual environments (VEs), can be...
This paper explores the use of VR Head Mounted Displays (HMDs) in-car and in-motion for the first t...
In this article, an experimental procedure is presented in order to evaluate HMD oculus and medium r...
In this article, an experimental procedure is presented in order to evaluate HMD oculus and medium r...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
In this article, an experimental procedure is presented in order to evaluate the role of having HMD ...
Driving simulation (DS) and Virtual Reality (VR) share the same technologies for visualization and 3...
Driving simulation (DS) and Virtual Reality (VR) share the same technologies for visualization and 3...
International audienceDriving simulation (DS) and Virtual Reality (VR) share the same technologies f...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
This thesis investigates the prediction of simulation sickness induced by a virtual reality driving ...
Driving simulation from the very beginning of the advent of VR technology uses the very same technol...
Simulator sickness is a well-known side effect of driving simulation which may reduce the passenger ...
The helmet-mounted display (HMD), often used in non-vehicle-based virtual environments (VEs), can be...
This paper explores the use of VR Head Mounted Displays (HMDs) in-car and in-motion for the first t...