An Intelligent Tutoring System (ITS) transcends conventional computer-based instruction. An ITS is capable of monitoring and understanding student performance thereby providing feedback, explanation, and remediation. This is accomplished by including models of the student, the instructor, and the expert technician or operator in the domain of interest. The space shuttle fuel cell is the technical domain for the project described below. One system, Microcomputer Intelligence for Technical Training (MITT), demonstrates that ITS's can be developed and delivered, with a reasonable amount of effort and in a short period of time, on a microcomputer. The MITT system capitalizes on the diagnostic training approach called Framework for Aiding the Understanding of Logical Troubleshooting (FAULT) (Johnson, 1987). The system's embedded procedural expert was developed with NASA's C-Language Integrated Production (CLIP) expert system shell (Cubert, 1987).
Intelligent Tutoring System for Space Shuttle Diagnosis
1988
6 pages
Report
No indication
English
Manned Spacecraft , Education, Law, & Humanities , Computers, Control & Information Theory , Computer assisted instruction , Expert systems , Human factors engineering , Man-computer interface , Software tools , Teaching machines , Education , Knowledge representation , Microcomputers , Modules , Fuel cells , Maintenance , Space shuttles
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