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Bihemispheric visual intermediate reaction tasks

If the linear correlation between the number of task elements (stimuli plus responses) and the reaction time of this task is true, then intermediate tasks with new combinations of stimuli and responses must follow this correlation, too. [Pg.13]

A good test of the linear correlation theory is, if tasks with the same sum of stimuli and responses have the same reaction times. So the meanRT(v32) = meanRT(v41) or meanRT(v33) = meanRT(v42) = meanRT(v51) and so on. [Pg.13]

All the possible combinations are shown below. The sum of stimuli and responses in each column is the same. The 0 represents the 10. [Pg.13]

This similarity of reaction times in tasks with equal numbers of task elements but different composition of stimuli and response has to be shown. [Pg.13]

The results of some intermediate visual tasks are shown in Table 5 for some subjects. [Pg.14]


See other pages where Bihemispheric visual intermediate reaction tasks is mentioned: [Pg.13]    [Pg.13]   


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