AbstractHere we present a new empirically validated computational paradigm that generates on demand stimuli with user-defined levels of salience for use in visual search tasks. Combining a Genetic Algorithm with a biologically motivated model for image saliency we are able to breed a range of customised texture elements for use in psychophysical experiments. We review these psychophysical studies, showing for the first time that an explicit and predictable continuum of search efficiency exists in human visual search
This work describes how evolutionary computation can be used to synthesize low-level image operators...
This research was motivated by the following question: What is the inherent computational difficulty...
Abstract Visual search is a ubiquitous activity in real-world environments. Yet, traditionally, visu...
How does the brain find objects in cluttered visual environments? For decades researchers have emplo...
Visual search is an everyday task, defined as the search for a target amongst distractors. Visual se...
Abstract. This paper discusses the application of genetic programming in the optimization of the wei...
People perform a remarkable range of tasks that require search of the visual environment for a targe...
How do people adapt search strategies for finding visual images? An assumption in studies of rationa...
Visual search of the environment is a fundamental human behavior that perceptual load affects powerf...
This article is intended to provide an introduction to Genetic Algorithms (GAs), concetrating on the...
To us, visual search for objects in the environment feels effortless as compared to other tasks such...
The ability to search efficiently for a target in a cluttered environment is one of the most remarka...
This paper proposes a new experimental framework within which evidence regarding the perceptual char...
In the present study, we examine how observers search among complex displays. Participants were aske...
Evolutionary pressures have made foraging behaviours highly efficient in many species. Eye movements...
This work describes how evolutionary computation can be used to synthesize low-level image operators...
This research was motivated by the following question: What is the inherent computational difficulty...
Abstract Visual search is a ubiquitous activity in real-world environments. Yet, traditionally, visu...
How does the brain find objects in cluttered visual environments? For decades researchers have emplo...
Visual search is an everyday task, defined as the search for a target amongst distractors. Visual se...
Abstract. This paper discusses the application of genetic programming in the optimization of the wei...
People perform a remarkable range of tasks that require search of the visual environment for a targe...
How do people adapt search strategies for finding visual images? An assumption in studies of rationa...
Visual search of the environment is a fundamental human behavior that perceptual load affects powerf...
This article is intended to provide an introduction to Genetic Algorithms (GAs), concetrating on the...
To us, visual search for objects in the environment feels effortless as compared to other tasks such...
The ability to search efficiently for a target in a cluttered environment is one of the most remarka...
This paper proposes a new experimental framework within which evidence regarding the perceptual char...
In the present study, we examine how observers search among complex displays. Participants were aske...
Evolutionary pressures have made foraging behaviours highly efficient in many species. Eye movements...
This work describes how evolutionary computation can be used to synthesize low-level image operators...
This research was motivated by the following question: What is the inherent computational difficulty...
Abstract Visual search is a ubiquitous activity in real-world environments. Yet, traditionally, visu...