It is anticipated that head tracked 3D displays will provide the next generation of display suitable for widespread use. Although there is an extensive range of 3D display types currently available, head tracked displays have the advantage that they present the minimum amount of image information necessary for the perception of 3D. The advantages and disadvantages of the various 3D approaches are considered and a single and a multi-user head tracked display are described. Future work based on the findings of a prototype multi-user display that has been constructed is considered
We present prototypes of autostereoscopic displays which allow single users to experience stereoscop...
Autostereoscopic displays provide 3D perception without the need for special glasses or other head g...
Creating realistic three-dimensional (3D) experiences has been a very active area of research and de...
There are several approaches to providing a 3D display, the generic types being: binocular, multiple...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
The development of tracked 3D displays is based on real-time technologies providing precise and robu...
A 3D display that incorporates an RGB laser projector as the backlight for an LCD and a head positio...
\u3cp\u3eThis paper describes the authors' development of single user and multi-user 3D displays tha...
A glasses-free (auto-stereoscopic) 3D display that will serve several viewers who have freedom of mo...
Head-tracked 3D displays can provide a compelling 3D effect, but even small inaccuracies in the cali...
This paper describes multi-user autostereoscopic displays developed within the European Union-funded...
The 3D displaying technology has being developed for years, and displays with wearable devices like ...
We present prototypes of autostereoscopic displays which allow single users to experience stereoscop...
Autostereoscopic displays provide 3D perception without the need for special glasses or other head g...
Creating realistic three-dimensional (3D) experiences has been a very active area of research and de...
There are several approaches to providing a 3D display, the generic types being: binocular, multiple...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
This paper describes the authors' development of single user and multi-user 3D displays that do not ...
The development of tracked 3D displays is based on real-time technologies providing precise and robu...
A 3D display that incorporates an RGB laser projector as the backlight for an LCD and a head positio...
\u3cp\u3eThis paper describes the authors' development of single user and multi-user 3D displays tha...
A glasses-free (auto-stereoscopic) 3D display that will serve several viewers who have freedom of mo...
Head-tracked 3D displays can provide a compelling 3D effect, but even small inaccuracies in the cali...
This paper describes multi-user autostereoscopic displays developed within the European Union-funded...
The 3D displaying technology has being developed for years, and displays with wearable devices like ...
We present prototypes of autostereoscopic displays which allow single users to experience stereoscop...
Autostereoscopic displays provide 3D perception without the need for special glasses or other head g...
Creating realistic three-dimensional (3D) experiences has been a very active area of research and de...