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Abstract

This study analyzed the quantitative relationship between keytapping times and ergonomic principles in typewriting skills. Keytapping times and key-operating characteristics of a female subject typing on the Qwerty and Dvorak keyboards for six weeks each were collected and analyzed. The results showed that characteristics of the typed material and the movements of hands and fingers were significantly related to keytapping times. The most significant factors affecting keytapping times were association frequency between letters, consecutive use of the same hand or finger, and the finger used. A regression equation for relating keytapping times to ergonomic principles was fitted to the data. Finally, a protocol for design of computerized keyboard layout based on the regression equation was proposed.

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References

Alden

D. G.

Daniels

R. W.

Kanarick

A. F.

(1972) Keyboard design and operation: A review of the major issues. Human Factors, 14, 275–293.

Ayres

L. P.

(1915) Measuring scale for ability in spelling. New York: Sage.

Cooper

W. E.

(1983) Cognitive aspects of skilled typewriting. New York: Springer Verlag.

Dvorak

(1943) There is a better typewriter keyboard. National Business Education Quarterly, 12,51–58,66.

Dvorak

Dealey

W. L.

(1936) Typewriter keyboard. U.S. Patent, 2,040,248.

Dvorak

Merrick

N. L.

Dealey

W. L.

Ford

G. C.

(1936) Typewriting behavior: Psychology applied to teaching and learning typewriting. New York: American Book.

Fendrick

(1937) Hierarchical skills in typewriting. Journal of Educational Psychology, 28, 609–620.

Griffith

R. T.

(1949) The minimotion typewriter keyboard. Journal of Franklin Institute, 248, 399–436.

Hoke

R. E.

(1922) The improvement of speed and accuracy in typewriting. The Johns Hopkins University Studies in Education, 7, 9–42.

10.

Kinkead

(1975) Typing speed, keying rates, and optima) keyboard layouts. Proceedings of the 19th Annual Meeting of the Human factors Society. Santa Monica, CA: Human Factors and Ergonomics Society. Pp. 159–161.

11.

Kratochwill

T. R.

(1978) Single subject research strategies for evaluating change. New York: Academic Press.

12.

Kroemer

K. H. E.

(1972) Human engineering the keyboard. Human Factors, 14, 51–63.

13.

Nakayama

Kuro

(1984) [The evaluation and design of kana-character keyboard layout], [Cooperate Informational Processing Association]. Dn Japanese]

14.

Nelson

W. W.

(1920) Improvements in connexion with keyboards for typewriters. (British). Patent Specification, 155, 446.

15.

Nelson

W. W.

(1921) Typewriter reforms the combinational keyboard. Science Progress, 16, 307–318.

16.

Rowell

S. W.

(1909) Type-writer keyboard. U.S. Patent, 943, 466.

17.

Rumelhart

D. E.

Norman

D. A.

(1982) Simulating a skilled typist: A study of skilled cognitive-motor performance. Cognitive Science, 6, 1–36.

18.

Shaffer

L. H.

Hardwick

(1968) Typing performance as a function of text. Quarterly Journal of Experimental Psychology 20, 360–369.

19.

Underwood

B. J.

Schulz

R. W.

(1960) Meaningfulness and verbal learning. Philadelphia, PA: Lippincott.

20.

West

L. J.

Sabban

(1982) Hierarchy of stroking at the typewriter. Journal of Applied Psychology, 67, 370–376.

A Quantitative Model for Designing Keyboard Layout

Abstract

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