In this chapter, we examine systems that use the current focus of a person’s visual attention to make the system easier to use, less effortful and, hopefully, more efficient. If the system can work out which object the person is interested in, or is likely to interact with next, then the need for the person to deliberately point at, or otherwise identify that object to the system can be removed. This approach can be applied to interaction with real-world objects and people as well as to objects presented on a display close to the system user. We examine just what we can infer about a person’s focus of visual attention, and their intention to do something from studying their eye movements, and what, if anything, the system should do about it...
When it comes to measuring attention, or quantifying it in any way, it is not easy to pin down what ...
Visual saliency analysis detects salient regions/objects that attract human attention in natural sce...
Abstract. This paper discusses a computer vision based approach for enhancing a physical environment...
Visual information can in principle be dynamically optimised by monitoring the users state of attent...
Abstract Eye tracking has a long history in medical and psychological research as a tool for recordi...
Context-aware human-computer interfaces that rely on a person’s attention as the primary input can b...
The current push from the industry for Head-Mounted Display based wearable computers to the masses f...
The fascination of gaze control Controlling computers by gaze is a fascinating under-taking, for use...
Abstract. Eye-movement tracking proved its potentials in many areas of human-computer interaction. R...
AbstractThis work describes an eye tracking system for a natural user interface, based only on non-i...
Face of a person conveys a wealth of information about his /her attentive state. Particularly, head ...
Attention-awareness is a key topic for the upcoming generation of computer-human interaction. A huma...
In public display contexts, interactions are spontaneous and have to work without preparation. We pr...
Users of today’s desktop interface often suffer from interruption overload. Our research seeks to de...
Eye tracking technology has made it possible to accurately and consistently track a users gaze posit...
When it comes to measuring attention, or quantifying it in any way, it is not easy to pin down what ...
Visual saliency analysis detects salient regions/objects that attract human attention in natural sce...
Abstract. This paper discusses a computer vision based approach for enhancing a physical environment...
Visual information can in principle be dynamically optimised by monitoring the users state of attent...
Abstract Eye tracking has a long history in medical and psychological research as a tool for recordi...
Context-aware human-computer interfaces that rely on a person’s attention as the primary input can b...
The current push from the industry for Head-Mounted Display based wearable computers to the masses f...
The fascination of gaze control Controlling computers by gaze is a fascinating under-taking, for use...
Abstract. Eye-movement tracking proved its potentials in many areas of human-computer interaction. R...
AbstractThis work describes an eye tracking system for a natural user interface, based only on non-i...
Face of a person conveys a wealth of information about his /her attentive state. Particularly, head ...
Attention-awareness is a key topic for the upcoming generation of computer-human interaction. A huma...
In public display contexts, interactions are spontaneous and have to work without preparation. We pr...
Users of today’s desktop interface often suffer from interruption overload. Our research seeks to de...
Eye tracking technology has made it possible to accurately and consistently track a users gaze posit...
When it comes to measuring attention, or quantifying it in any way, it is not easy to pin down what ...
Visual saliency analysis detects salient regions/objects that attract human attention in natural sce...
Abstract. This paper discusses a computer vision based approach for enhancing a physical environment...