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Abstract

The present study was designed to compare single-task and dual-task measures of S-R compatibility. A numeral-motor choice-reaction task was performed alone and with a secondary tracking task. The level of compatibility was varied by manipulating the S-R assignments in the choice-reaction task. Results of the single-task trials indicated that reaction time was significantly slower for the incompatible conditions. Reaction time was slower, more errors were made, and fewer problems were attempted in the incompatible dual-task trials. Despite instructions to maintain choice-reaction performance at single-task levels, incompatible task performance was significantly degraded in the dual-task setting. Results indicated that resistance to task-induced stress may be a major indicant of the level of compatibility.

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References

Benson

A. J.

Huddleston

J. H. F.

Rolfe

J. M.

A psychophysiological study of compensatory tracking on a digital display. Human Factors, 1965, 7, 457–472.

Brainard

R. W.

Irby

F. S.

Fitts

P. M.

Alluisi

E. A.

Some variables influencing the rate of gain of information. Journal of Experimental Psychology, 1962, 63, 105–110.

Broadbent

D. E.

Gregory

On the interaction of S-R compatibility with other variables affecting reaction time. British Journal of Psychology, 1965, 56, 61–67.

Deininger

R. L.

Fitts

P. M.

Stimulus-response compatibility, information theory, and perceptual-motor performance. In Quastler

(Ed.) Information Theory in Psychology, Glencoe, Illinois: The Free Press, 1955.

Eprath

A. R.

A novel approach to the cross-adaptive auxially task. Proceedings of the Twelfth Annual Conference on Manual Control, University of Illinois, Urbana-Champaign, Illinois, NASA TMX-73, May 1976, 170, 63–71.

Keele

S. W.

Compatibility and time-sharing in serial reaction time. Journal of Experimental Psychology, 1967, 75, 529–539.

Kelley

J. P.

Wargo

M. J.

Cross-adaptive operator loading tasks. Human Factors, 1967, 9, 395–404.

Knowles

W. B.

Operator loading tasks. Human Factors, 1963, 5, 155–161.

Morin

R. E.

Grant

D. A.

Learning and performance on a key-pressing task as a function of the degree of spatial stimulus-response correspondence. Journal of Experimental Psychology, 1955, 49, 39–47.

10.

North

R. A.

Task components and demands as factors in dual-task performance. Urbana, Illinois: Illinois University at Urbana-Champaign, Savoy Aviation Research Laboratory, Report No. ARL-77-2/AFOSR-77-2, January, 1977. (AD-A038 634).

11.

Price

D. L.

The effects of certain gimbal orders on target acquistion and workload. Human Factors, 1975, 17, 571–576.

12.

Schori

T. R.

A comparison of visual, auditory, and cutaneous tracking displays when divided attention is required to a cross-adaptive loading task. Ergonomics, 1973, 16, 153–158.

13.

Sharp

E. D.

Effects of primary task performance on response time to toggle switches in a workshop configuration. Wright-Patterson Air Force Base, Ohio: Aerospace Medical Research Laboratories, Report No. AMRL-TR-66–190, April, 1967. (AD-655 770).

Dual-Task Measures of S-R Compatibility

Abstract

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References