Add to ORKGA concept to improve the temporal quality of visual display by providing consistent optical flow of the dis-played image is proposed. Based on this concept, a method to locally compensate the time delay of the image displayed through HMDs for the operator’s rotational head motion is shown, by using signals obtained by addi-tional sensors.
In the field of tele-existence and virtual reality, unconstrained measurement of human head motion i...
The human eye's visual acuity is greatest in a region near the centre of the retina known as th...
In this paper we describe how to cope with the delays inherent in a real time control system for a s...
In this paper, a photosensor-based latency measurement system for head-mounted displays (HMDs) is pr...
Because the interest in virtual reality (VR) has increased recently, studies on head-mounted display...
We present a method for estimating the Motion-to-Photon (End-to-End) latency of head mounted display...
Inherent properties of VR HMDs cause degradation of visual quality which disrupts immersive VR exper...
Images on head-coupled systems are delayed by latencies in measuring head position and generating co...
One of the major challenges in the development of an immersive system is handling the delay between ...
In virtual environments (VE), the limited field of view, the lack of information on viewing directio...
A primary cause of simulator sickness in head-mounted displays (HMDs) is conflictbetween the visual ...
Summarization: System latency (time delay) and its visible consequences are fundamental Virtual Envi...
In the field of tele-existence and virtual reality, unconstrained measurement of human head motion i...
A fundamental task of an immersive virtual environment (IVE) system is to present images of the virt...
Our eye tracking solution offers robust and fast binocular eye-tracking for HMDs, enables efficien...
In the field of tele-existence and virtual reality, unconstrained measurement of human head motion i...
The human eye's visual acuity is greatest in a region near the centre of the retina known as th...
In this paper we describe how to cope with the delays inherent in a real time control system for a s...
In this paper, a photosensor-based latency measurement system for head-mounted displays (HMDs) is pr...
Because the interest in virtual reality (VR) has increased recently, studies on head-mounted display...
We present a method for estimating the Motion-to-Photon (End-to-End) latency of head mounted display...
Inherent properties of VR HMDs cause degradation of visual quality which disrupts immersive VR exper...
Images on head-coupled systems are delayed by latencies in measuring head position and generating co...
One of the major challenges in the development of an immersive system is handling the delay between ...
In virtual environments (VE), the limited field of view, the lack of information on viewing directio...
A primary cause of simulator sickness in head-mounted displays (HMDs) is conflictbetween the visual ...
Summarization: System latency (time delay) and its visible consequences are fundamental Virtual Envi...
In the field of tele-existence and virtual reality, unconstrained measurement of human head motion i...
A fundamental task of an immersive virtual environment (IVE) system is to present images of the virt...
Our eye tracking solution offers robust and fast binocular eye-tracking for HMDs, enables efficien...
In the field of tele-existence and virtual reality, unconstrained measurement of human head motion i...
The human eye's visual acuity is greatest in a region near the centre of the retina known as th...
In this paper we describe how to cope with the delays inherent in a real time control system for a s...