Tables of event sequences for sequential analyses of data in psychological experiments containing two-class events |
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Authors: | William E. Vandament Richard G. Burright Rollin R. Fessenden William H. Barker |
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Affiliation: | 1. State University of New York at Binghamton, 13901, Binghamton, New York 2. Massachusetts Institute of Technology, Massachusetts, USA
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Abstract: | Tables of sequences of two-class events are presented for use in programming psychological experiments in which behavior on trial n may be a function of the events of trials n ? 1, n ? 2, and/or n ? 3. Various factors related to schedule generation are discussed, i.e., restrictions on trial-block length which accompany sequential balance, interrelationships of trial blocks in the multiblock experiment, relationships between run length and r-tuple occurrences, and alternation behavior. Following a consideration of various methods of schedule generation for the two-class experiment, it was concluded that no method can result in schedules that possess all properties considered desirable in psychological experiments. However, the present sequences allow for sequential balance and analysis, and thus should prove useful in producing schedules in some contexts that are standard with regard to sequential influences. |
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