The main question addressed in the Motion-Lab is: How do we know where we are? Normally, humans know where they are with respect to the immediate surround. The overall perception of this environment results from the integration of multiple sensory modalities. Here we use Virtual Reality to study the interaction of visual, vestibular, and proprioceptive senses and explore the way these senses might be integrated into a coherent perception of spatial orientation and location. This Technical Report describes a Virtual Reality laboratory, its technical implementation as a distributed network of computers and discusses its usability for experiments designed to investigate questions of spatial orientation
Knowing one's location in space is crucial for navigation, especially in unknown environments. Recen...
This chapter is concerned with the perception and simulation of ego-motion in virtual environments, ...
Robust and effortless spatial orientation critically relies on automatic and obligatory spatial upd...
von der Heyde M. A distributed virtual reality system for spatial updating : concepts, implementatio...
Over the course of evolution humans as well as other animals learned to navigate through complex env...
In order to know where we are when moving through space, we constantly update our mental egocentric ...
How do we find our way in everyday life? In real world situations, it typically takes a considerable...
The classical psychophysical approach to human perception has been to study isolated aspects of perc...
INTRODUCTION: When we move through the environment, the self-to-surround relations constantly change...
The classical psychophysical approach to human perception has been to study isolated aspects of perc...
When moving through space, we continuously update our egocentric mental spatial representation of ou...
In a series of experiments, we established a speeded pointing paradigm to investigate the influence ...
At the Max-Planck-Institute for Biological Cybernetics in Tübingen we pursue a behavioral approach t...
Spatial updating was investigated using rapidpointing to previously-learned targets in high-endVirtu...
For the past decade, we have carried out a number of participation projects using full-scale modelli...
Knowing one's location in space is crucial for navigation, especially in unknown environments. Recen...
This chapter is concerned with the perception and simulation of ego-motion in virtual environments, ...
Robust and effortless spatial orientation critically relies on automatic and obligatory spatial upd...
von der Heyde M. A distributed virtual reality system for spatial updating : concepts, implementatio...
Over the course of evolution humans as well as other animals learned to navigate through complex env...
In order to know where we are when moving through space, we constantly update our mental egocentric ...
How do we find our way in everyday life? In real world situations, it typically takes a considerable...
The classical psychophysical approach to human perception has been to study isolated aspects of perc...
INTRODUCTION: When we move through the environment, the self-to-surround relations constantly change...
The classical psychophysical approach to human perception has been to study isolated aspects of perc...
When moving through space, we continuously update our egocentric mental spatial representation of ou...
In a series of experiments, we established a speeded pointing paradigm to investigate the influence ...
At the Max-Planck-Institute for Biological Cybernetics in Tübingen we pursue a behavioral approach t...
Spatial updating was investigated using rapidpointing to previously-learned targets in high-endVirtu...
For the past decade, we have carried out a number of participation projects using full-scale modelli...
Knowing one's location in space is crucial for navigation, especially in unknown environments. Recen...
This chapter is concerned with the perception and simulation of ego-motion in virtual environments, ...
Robust and effortless spatial orientation critically relies on automatic and obligatory spatial upd...