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Kravitz, Dwight Jacob; Behrmann, Marlene – Journal of Experimental Psychology: Human Perception and Performance, 2008
Although object-based attention enhances perceptual processing of information appearing within the boundaries of a selected object, little is known about the consequences for information in the object's surround. The authors show that distance from an attended object's center of mass determines reaction time (RT) to targets in the surround. Of 2…
Descriptors: Reaction Time, Dimensional Preference, Information Processing, Proximity
Wenke, Dorit; Frensch, Peter A. – Journal of Experimental Psychology: Human Perception and Performance, 2005
In 3 experiments, the authors manipulated response instructions for 2 concurrently performed tasks. Specifically, the authors' instructions described left and right keypresses on a manual task either as left versus right or as blue versus green keypresses and required either "left" versus "right" or "blue" versus "green" concurrent verbalizations.…
Descriptors: Task Analysis, Reaction Time, Stimuli, Coding
Effect of Dimensional Salience and Salience of Variability on Problem Solving: A Developmental Study
Peer reviewedZelniker, Tamar; And Others – Developmental Psychology, 1975
A matching task was presented to 120 subjects from 6 to 20 years of age to investigate the relative influence of dimensional salience and salience of variability on problem solving. The task included four dimensions: form, color, number, and position. (LLK)
Descriptors: College Students, Dimensional Preference, Elementary Education, Elementary School Students
Cho, Yang Seok; Lien, Mei-Ching; Proctor, Robert W. – Journal of Experimental Psychology: Human Perception and Performance, 2006
Stroop dilution is the reduction of the Stroop effect in the presence of a neutral word. It has been attributed to competition for attention between the color word and neutral word, to competition between all stimuli in the visual field, and to perceptual interference. Five experiments tested these accounts. The critical manipulation was whether…
Descriptors: Color, Reaction Time, Visual Stimuli, Visual Perception
Kraut, Alan G. – 1977
This paper discusses three studies which examined the interaction of dimensional dominance with the attentional components of alertness and encoding. In Study I, twenty 6- and 7-year-olds observed thirty 3-second exposures of a color, then participated in a 40-trial choice reaction time task in which the familiarized color and a novel color served…
Descriptors: Attention, Cognitive Processes, Cues, Dimensional Preference
Okada, Takashi; Sato, Wataru; Toichi, Motomi – Brain and Cognition, 2006
Recent findings suggest a right hemispheric dominance in gaze-triggered shifts of attention. The aim of this study was to clarify the dominant hemisphere in the gaze processing that mediates attentional shift. A target localization task, with preceding non-predicative gaze cues presented to each visual field, was undertaken by 44 healthy subjects,…
Descriptors: Brain Hemisphere Functions, Attention, Cues, Reaction Time
Vogel, Edward K.; Woodman, Geoffrey F.; Luck, Steven J. – Journal of Experimental Psychology: Human Perception and Performance, 2006
How long does it take to form a durable representation in visual working memory? Several theorists have proposed that this consolidation process is very slow. Here, we measured the time course of consolidation. Observers performed a change-detection task for colored squares, and shortly after the presentation of the first array, pattern masks were…
Descriptors: Memory, Reaction Time, Spatial Ability, Dimensional Preference
Blaga, Otilia M.; Colombo, John – Developmental Psychology, 2006
Young infants have repeatedly been shown to be slower than older infants to shift fixation from a midline stimulus to a peripheral stimulus. This is generally thought to reflect maturation of the neural substrates that mediate the disengagement of attention, but this developmental difference may also be attributable to young infants' slower…
Descriptors: Familiarity, Infants, Attention Control, Dimensional Preference

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