Accession Number : ADA298836
Title : Optimal Averaging in Performance Tests.
Descriptive Note : Final rept. May 86-Sep 89,
Corporate Author : MILTON S HERSHEY MEDICAL CENTER PA
Personal Author(s) : Jones, Marshall B.
PDF Url : ADA298836
Report Date : JAN 1995
Pagination or Media Count : 32
Abstract : The purpose of this research was to develop a methodology for optimizing the temporal stability and predictive validity of performance tests and to apply that methodology to the Project-A, computer-administered tests. In the present research, a performance test is treated as a task to be practiced, and tests are analyzed as individual differences in skill acquisitions and retention. Classical test theory is also used. The predictive validity of the Project-A, computer-administered tests for a simulated anti-aircraft criterion task was studied over a 4-month interval in a sample of 102 college students; the 4-month temporal stability of the tests was studied concurrently in the same sample. Three of the 10 Project-A tests (Choice Reaction, Target Tracking 2, and Cannon Shoot) show a forward stability optimum. Cannon Shoot also has high predictive validity (.59). It could have the highest predictive validity of any test in the Project-A battery if its temporal stability could be improved. In none of these tests, however, can temporal stability be improved by lengthening the tests. (AN)
Descriptors : *PERFORMANCE TESTS, COMPUTERIZED SIMULATION, OPTIMIZATION, SKILLS, PREDICTIONS, STUDENTS, PERFORMANCE(HUMAN), MEMORY(PSYCHOLOGY), TARGET DISCRIMINATION, CORRELATION, MILITARY APPLICATIONS, WAR GAMES, VISUAL PERCEPTION, STIMULI, TARGET DETECTION, RETENTION(PSYCHOLOGY), PSYCHOMETRICS, PERCEPTION(PSYCHOLOGY), PSYCHOMOTOR TESTS, REACTION(PSYCHOLOGY).
Subject Categories : Psychology
Distribution Statement : APPROVED FOR PUBLIC RELEASE