Человеческий фактор. Том 3. Часть 1 - Сальвенди Г.
ISBN 5-03-001815-8
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Литература
1. Arsenault J. Е., Des Marais P. J., and Williams S. D. G., System design. In: J. E. Arsenault and J. A. Roberts, eds., Reliability and maintainability of electronic systems Rockville, MD: Computer Science Press, pp. 414—434, 1980.
2. Askren W. B., Campbell W. B., Seifert D. J., Hall T J., Johnson R. C„ and
Эксплуатация и техническое обслуживание систем
481
Sulzen R. Н„ Feasibility of a computer simulation method for evaluating
human effects on nuclear systems safety (Technical Report AFHRL-TR-76-18). Wright-Patterson Air Force Base, OH, 1976.
3. Bond N. A., Jr., and Rigney J. W., Bayesian aspects of troubleshooting behavior, Human Factors, 8, 377—383 (1966).
4. Bonissone P., and Johnson H. E., DELTA: An expert system for diese! electric locomotive repair. In: Denver Research Institute, Artificial intelligence in maintenance (pp. 397—414). Brooks AFB, TX: Air Force Human Resources Laboratory, 1984.
5. Brannan R. C., Army life cycle cost model (AD-A021-900). Alexandria, VA: Defense Technical Information Center, 1976.
6. Brooke J. B., Duncan K. D., and Marshall E. C., Interactive instruction in solving fault-finding problems, International of Man-Machine Studies, 10, 603—611 (1978).
7. Chase W. G., and Simon H. A., The mind’s eye in chess. In: W. G. Chase, Ed,, Visual information processing, New York, Academic, 1973.
?8. Chi М. Т. H., Feltovich P. J., and Glaser R., Categorization and representation of physics problems by experts and novices, Cognitive Science, 5(2), 121—152 (1981).
9. Chi М. Т. H., and Glaser R., Problem solving abilities (Technical Report No. 8). Pittsburgh, PA: University of Pittsburgh, Learning Research and Development Center, 1983.
10. Coppola A., Artificial intelligence appilkcations to maintenance. In: Denver
Research Institute, Ed. Artificial intelligence in maintenance (pp. 23—44). Brooks AFB, TX: Air Force Human Resources Laboratory, 1984.
11. Crawford В. М., and Altman J. W., Design for maintainability. In: H. P.Van-cott and R. G. Kinkade, Eds., Human engineering guide to equipment design Washington, DC: Superintendent of Documents, U.S. Printing Office, pp. 586—631, 1972.
12. Cunningham E. E., and Cox W., Applied maintainability engineering, New York, Wiley, 1972.
13. Davis R., Diagnosis via causal resoning: paths of interaction and the locality principle. In: Denver Research Institute, Ed. Artificial intelligence in maintenance (pp. 109—115). Brooks AFB, TX: Air Force Human Resources Laboratory, 1984.
14. Davison J„ Expert systems in maintenance diagnostics for self-repair of digital flight control systems. In: Denver Research Institute, Ed. Artificial intelligence in maintenance (pp. 293—304). Brooks AFB, TX: Air Force Resources Laboratory, 1984.
15. DeGroot A., Perception and memory versus thought: some old ideas and recent findings. In: B. Kleinmuntz, Ed. Problem solving. New York, Wiley, 1966.
16. DeKleer J., AI approaches to troubleshooting. In: Denver Research Institute, Ed. Artificial intelligence in maintenance (pp. 83—96). Brooks AFB, TX: Air Force Human Resources Laboratory, 1984.
17. Des Marais P. J., Assembly design. In: J. E. Arsenault & J. A. Roberts, Eds. Reliability and maintainability of electronic systems (pp. 451—469). Rockville, MD: Computer Science Press, 1980.
18. Duncan K. D., and Shepherd A., A simulator and training technique for diagnosing plant failures from control panels, Ergonomics, 18, 627—641 (1975).
19. Einhorn H. J., and Hogarth R. М., Prediction, diagnosis, and causal thinking in forecasting, Journal of Forecasting, 1, 1—14 (1982).
20. Federico P. A., Individual differences in cognitive characteristics and computer-managed mastery learning, Journal of Computer-Based Instruction, 9, 10—18 (1982).
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21. Foley J. P., Jr., Performance measurement of maintenance (Technical Report AFHRL-TR-77-76). Wright-Patterson AFB OH: Air Force Human Resources Laboratory, 1977.
22. Folley J. D., Jr., and Altman J. W., Guide to design of electronic equipment formaintainability (Report WADC-TR-56-218). Wright-Patterson, AFB, OH, 1956.
23. Fuqua N. B. (undated), Electronic equipment maintainability data (EEMD-1). Griffiss AFB, NY, Rome Air Development Center.
24. Gettys C. F., Manning C., Mehle Т., and Fisher S., Hypothesis generation; a final report of three years of research (Technical Report 15-10-80). Norman, OK: Decision Processes Laboratory, University of Oklahoma, 1980.
25. Gilbert T. F., Human competence, New York, McGraw-Hill, 1978.
26. Glaser R., and Phillips J. C., An analysis of proficiency for guided missile personnel: patterns of troubleshooting behavior (Technical Bulletin 55—16). Washington: American Institute for Research, 1954.
27. Halff H., Overview of training and aiding. In: Denver Research Institute, Ed., Artificial intelligence in maintenance (pp. 67—80). Brooks AFB, TX: Air Force Human Resources Laboratory, 1984.
28. Henneman R. L., and Rouse W. B., Measures of human problem solving performance in fault diagnosis tasks, IEEE Transactions on Systems. Man and Cybernetics, SMC-14, 99—112 (1984).
