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Abstract
A unified theory of visual recognition and attentional selection is developed by integrating
the biased-choice model for single-stimulus recognition (Luce, 1963; Shepard, 1957)
with a choice model for selection from multielement displays (Bundesen, Pedersen,
& Larsen, 1984) in a race model framework. Mathematically, the theory is tractable,
and it specifies the computations necessary for selection. The theory is applied to
extant findings from a broad range of experimental paradigms. The findings include
effects of object integrality in selective report, number and spatial position of
targets in divided-attention paradigms, selection criterion and number of distracters
in focused-attention paradigms, delay of selection cue in partial report, and consistent
practice in search. On the whole, the quantitative fits are encouraging.