This paper describes the authors' development of single user and multi-user 3D displays that do not require the wearing of special eyewear (autostereoscopic) and employ head position tracking in order to enable a large degree of freedom of viewer movement. This makes them particularly suited to TV applications. The results of human factors work on the displays will also be described. Finally, current development based on prior work is explained.</p
This paper describes multi-user autostereoscopic displays developed within the European Union-funded...
A glasses-free (auto-stereoscopic) 3D display that will serve several viewers who have freedom of mo...
The paper gives an overview of our multimodal 3D display technology. Enabling technologies such as h...
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 ...
\u3cp\u3eThis paper describes the authors' development of single user and multi-user 3D displays tha...
There are several approaches to providing a 3D display, the generic types being: binocular, multiple...
We present prototypes of autostereoscopic displays which allow single users to experience stereoscop...
The research covered in this thesis encompasses the design of novel 3D displays, a consideration of...
This paper describes the design and building of a novel stereoscopic display that does not require t...
We report outcomes of a human factors experiment dedicated to test the technical realisation of a si...
This paper presents a brief overview of the current technologies and technical approaches that may l...
It is anticipated that head tracked 3D displays will provide the next generation of display suitable...
Autostereoscopic displays provide 3D perception without the need for special glasses or other head g...
This paper describes multi-user autostereoscopic displays developed within the European Union-funded...
A glasses-free (auto-stereoscopic) 3D display that will serve several viewers who have freedom of mo...
The paper gives an overview of our multimodal 3D display technology. Enabling technologies such as h...
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 ...
\u3cp\u3eThis paper describes the authors' development of single user and multi-user 3D displays tha...
There are several approaches to providing a 3D display, the generic types being: binocular, multiple...
We present prototypes of autostereoscopic displays which allow single users to experience stereoscop...
The research covered in this thesis encompasses the design of novel 3D displays, a consideration of...
This paper describes the design and building of a novel stereoscopic display that does not require t...
We report outcomes of a human factors experiment dedicated to test the technical realisation of a si...
This paper presents a brief overview of the current technologies and technical approaches that may l...
It is anticipated that head tracked 3D displays will provide the next generation of display suitable...
Autostereoscopic displays provide 3D perception without the need for special glasses or other head g...
This paper describes multi-user autostereoscopic displays developed within the European Union-funded...
A glasses-free (auto-stereoscopic) 3D display that will serve several viewers who have freedom of mo...
The paper gives an overview of our multimodal 3D display technology. Enabling technologies such as h...