In this paper we describe our implementations of multi-user stereo systems based on shuttered LCD-projectors and polarization. The combination of these separation techniques allows the presentation of more than one stereoscopic view on a single projection screen. We built two shutter configurations and designed a combined LC-shutter/polarization setup. Our first test setup was a combination of mechanical shutters for the projectors with liquid crystal (LC) shutters for the users' eyes. The second configuration used LC-shutters only. Based on these configurations we have successfully implemented shuttering of four projectors to support two users with individual perspectively correct stereoscopic views. To improve brightness conditions and to...
Stereoscopic multi-user systems provide multiple users with individual views of a virtual environmen...
A prototype stereoscopic projection system is built to combine the functionality of two projectors w...
In this paper we present a novel approach of the magic lens user interface metaphor for large-scale ...
In this paper we describe our implementations of multi-user stereo systems based on shuttered LCD-pr...
In this paper we describe our implementations of multi-user stereo systems based on shuttered LCD-pr...
This paper reports on the implementation of a multi-user active stereo system based on shuttered LCD...
We present a single optical system that call simultaneously generate two linear polarized full-color...
We present a single optical system that can simultaneously generate two linear polarized full-color ...
Research described in this paper encompasses the design and building of glasses-free (autostereoscop...
LED-based projection systems have several interesting features: extended color-gamut, long lifetime,...
In this paper we present a multi-view stereo display concept based on pulsed LED light sources of a ...
In this paper we present a multi-view stereo display concept based on pulsed LED light sources of a ...
A novel stereoscopic/3D desktop monitor has been developed that combines the output of two active ma...
Immersive visualization environments have generally been built on single user stereoscopic displays....
In recent years, huge advancements in stereoscopic displays and 3D projection technologies have been...
Stereoscopic multi-user systems provide multiple users with individual views of a virtual environmen...
A prototype stereoscopic projection system is built to combine the functionality of two projectors w...
In this paper we present a novel approach of the magic lens user interface metaphor for large-scale ...
In this paper we describe our implementations of multi-user stereo systems based on shuttered LCD-pr...
In this paper we describe our implementations of multi-user stereo systems based on shuttered LCD-pr...
This paper reports on the implementation of a multi-user active stereo system based on shuttered LCD...
We present a single optical system that call simultaneously generate two linear polarized full-color...
We present a single optical system that can simultaneously generate two linear polarized full-color ...
Research described in this paper encompasses the design and building of glasses-free (autostereoscop...
LED-based projection systems have several interesting features: extended color-gamut, long lifetime,...
In this paper we present a multi-view stereo display concept based on pulsed LED light sources of a ...
In this paper we present a multi-view stereo display concept based on pulsed LED light sources of a ...
A novel stereoscopic/3D desktop monitor has been developed that combines the output of two active ma...
Immersive visualization environments have generally been built on single user stereoscopic displays....
In recent years, huge advancements in stereoscopic displays and 3D projection technologies have been...
Stereoscopic multi-user systems provide multiple users with individual views of a virtual environmen...
A prototype stereoscopic projection system is built to combine the functionality of two projectors w...
In this paper we present a novel approach of the magic lens user interface metaphor for large-scale ...