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Rader, Martha H.; Bailey, Glenn A.; Kurth, Linda A. – Delta Pi Epsilon Journal, 2008
This study examined the validity of various measures of speed and accuracy for assessing proficiency in speech recognition. The study specifically compared two different word-count indices for speed and accuracy (the 5-stroke word and the 1.4-syllable standard word) on a timing administered to 114 speech recognition students measured at 1-, 2-,…
Descriptors: Speech, Recognition (Psychology), Syllables, Intervals
Peer reviewedWest, Leonard J. – Delta Pi Epsilon Journal, 1994
Eight experienced keyboard operators typed digraphs at high speed on both standard and Dvorak keyboards in 10-second timings. The Dvorak was found to be 4% faster, a margin too small to justify a nationwide switch to this keyboard. (SK)
Descriptors: Efficiency, Experience, Keyboarding (Data Entry), Timed Tests
Peer reviewedDavison, Leslie J. – Delta Pi Epsilon Journal, 1990
One group of secondary keyboarding students was taught on typewriters and switched to microcomputers after six weeks, the other used microcomputers first, then typewriters. Using computers, students showed faster completion times and fewer typographical errors. Transfer from computers to typewriters slowed times and increased errors. Overall,…
Descriptors: Business Correspondence, High Schools, Keyboarding (Data Entry), Microcomputers
Peer reviewedWhite, Bonnie Roe – Delta Pi Epsilon Journal, 1991
Seven 5-minute, straight-copy timed writings administered to 87 college students revealed that (1) use of the print and return features of electronic typewriters does not automatically heighten speed or accuracy; and (2) students do not necessarily choose the best combination of features for enhancing performance. (SK)
Descriptors: College Students, Higher Education, Keyboarding (Data Entry), Performance Factors
Peer reviewedJoyner, Randy L.; And Others – Delta Pi Epsilon Journal, 1993
Analysis of over 750 timed writings of postsecondary keyboarding students found speeds ranging from 39-49 gross words per minute. They left uncorrected one-half to three-quarters of an error per minute. Accuracy and speed standards representing realistic conditions using electronic equipment should now be developed. (SK)
Descriptors: Electronic Equipment, Error Correction, Keyboarding (Data Entry), Microcomputers
Peer reviewedLambrecht, Judith J. – Delta Pi Epsilon Journal, 1978
The article presents results from a comparative analysis of data from tests administered to first- and second-year shorthand students learning three different systems (Century 21, Forkner, and Gregg) in Minneapolis-St. Paul (Minnesota) area high schools. Findings indicate that different shorthand systems should be available for different students.…
Descriptors: Achievement Tests, Business Education, Comparative Analysis, Educational Testing
Peer reviewedSormunen, Carolee – Delta Pi Epsilon Journal, 1993
A learning style inventory and keyboarding pre/posttest administered to 48 fourth graders showed persistence to be the only learning style factor related to achievement. Pretest score was related to final achievement, indicating that natural kinesthetic ability may affect keyboarding speed. (SK)
Descriptors: Academic Achievement, Cognitive Style, Elementary Education, Elementary School Students
Peer reviewedSormunen, Carolee – Delta Pi Epsilon Journal, 1988
A study concluded that there were no significant differences in posttest speed achievement of students in grades 3 through 6 when pretest typewriting speed score was used as a covariate. Fifteen or fewer hours of instruction allows development of typewriting speed at the lowest level of skill acquisition. (JOW)
Descriptors: Academic Achievement, Elementary Education, Grade 3, Grade 4

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