AbstractWe propose a model of visual search to address the hitherto unresolved issue of reconciling serial deployment of attention accounts with inter-item similarity effects. Target–distractor and distractor–distractor similarity were systematically varied in 85 (17×5) set type-size conditions over seven experiments, including univariate feature and bivariate conjunction search. The model, a power (square root) function of dimension-specific target–distractor and distractor–distractor similarity in linear combination with set size, accounted for 98% of the variance on type-size means. It suggests that much of efficient and inefficient search can be unified under a single theory involving item similarity
Where the eyes fixate during search is not random; rather, gaze reflects the combination of informat...
The relatively common experimental visual search task of finding a red X amongst red O's and green X...
Becker SI, Horstmann G. A feature-weighting account of priming in conjunction search. ATTENTION PERC...
AbstractWe propose a model of visual search to address the hitherto unresolved issue of reconciling ...
Treisman's Feature Integration Theory and Cave and Wolfe's Guided Search Model are currently the two...
AbstractDo the target–distractor and distractor–distractor similarity relationships known to exist f...
AbstractInefficient visual search can become efficient with practice [Vision Research 35 (1995) 2037...
AbstractPrevious studies have demonstrated that observers can search through a subset of items carry...
AbstractIn a visual search task, a salient distractor often elongates response times (RTs) even when...
AbstractSearch performance for targets defined along multiple dimensions was investigated with an ac...
In visual search for conjunctions, targets are defined by combinations of features. Thus, targets mi...
According to Feature Integration Theory (Treisman & Gelade, 1980), search for a target defined by fe...
Hulleman & Olivers reject item-based serial models of visual search, and suggest that items are proc...
Dent, Humphreys, and Braithwaite (2011) showed substantial costs to search when a moving target shar...
We investigated the effect of varying interstimulus spacing on an upright among inverted face search...
Where the eyes fixate during search is not random; rather, gaze reflects the combination of informat...
The relatively common experimental visual search task of finding a red X amongst red O's and green X...
Becker SI, Horstmann G. A feature-weighting account of priming in conjunction search. ATTENTION PERC...
AbstractWe propose a model of visual search to address the hitherto unresolved issue of reconciling ...
Treisman's Feature Integration Theory and Cave and Wolfe's Guided Search Model are currently the two...
AbstractDo the target–distractor and distractor–distractor similarity relationships known to exist f...
AbstractInefficient visual search can become efficient with practice [Vision Research 35 (1995) 2037...
AbstractPrevious studies have demonstrated that observers can search through a subset of items carry...
AbstractIn a visual search task, a salient distractor often elongates response times (RTs) even when...
AbstractSearch performance for targets defined along multiple dimensions was investigated with an ac...
In visual search for conjunctions, targets are defined by combinations of features. Thus, targets mi...
According to Feature Integration Theory (Treisman & Gelade, 1980), search for a target defined by fe...
Hulleman & Olivers reject item-based serial models of visual search, and suggest that items are proc...
Dent, Humphreys, and Braithwaite (2011) showed substantial costs to search when a moving target shar...
We investigated the effect of varying interstimulus spacing on an upright among inverted face search...
Where the eyes fixate during search is not random; rather, gaze reflects the combination of informat...
The relatively common experimental visual search task of finding a red X amongst red O's and green X...
Becker SI, Horstmann G. A feature-weighting account of priming in conjunction search. ATTENTION PERC...