Universität BielefeldTechnische FakultätNI

Visual Attention and Perception

In an attempt to better understand the cognitive processing of visual information in humans, the Bielefeld eye-tracking group investigates mechanisms of visual attention and perception in various lines of research. As the eye is considered a "window to the mind", eye movements can provide insight into cognitive processing. We follow an empirical-simulative approach: data from empirical eye-tracking studies is used to implement and validate computer models that simulate human visual behaviour.


Related Research Projects


Alignment of Attention in Mediated Communication

Do you prefer audio books over printed ones, and if so, what is the advantage? Why is video conferencing so awkward? Why do you rely on SMS messages as a means of communication in some situations but on e-mailing in others? Did you ever notice that you raise your eyebrows when asking people a question – even on the telephone? And did you ever wonder how to make your point in a discussion most convincingly?

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Augmented Reality based Brain-Computer Interfaces

For a long time Brain-Computer Interfaces (BCI) had been destined to act as pur spelling devices which enabled paralyzed people to communicate by mere thought. Our current projects aim to extend the scope of these devices and develop novel techniques for brain-robot interaction. A successful application of BCIs to robotic devices will have the tremendous advantage that the users will not be limited to pure communication tasks but also be able to manipulate their surrounding directly by only imagining actions. read more »

A Brain-Robot Interface for Controlling ASIMO

Acquiring a profound knowledge about the cognitive processes underlying human-robot interaction is essential to better exploit the measurable components for brain-robot interfaces. The better the processes are understood, the better the EEG components originating from these processes can be used. A systematic evaluation of these components in connection with human-robot interaction is missing until today. Hence, it appears to be worthwhile to take a closer and impartial look at what is really happening on the cognitive level, as far as determinable by EEG signals. read more »

From action capture to a database of physics-based manual interaction

While language provides us with a concise code capturing much of the movement complexity of our mouth, we still lack a comparable representation for the movement of our hands. This project aims to create a database of human hand interaction patterns from a variety of multimodal data sources. An associated goal is to develop methods for the clustering of captured trajectory data into physics-based models of manual interaction. We hope that the resulting database can make a contribution towards a better grounding of control strategies for anthropomorphic robot hands and develop for robotics a similar utility as the WordNet database has for linguistics.

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Upcoming

  • Nils Hachmeister
    30.05.2012 - 16:00
    Q1 - 101
  • Hannes Riechmann
    06.06.2012 - 16:00
    Q1 - 101

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