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Gratch, Jonathan; DeJong, Gerald – 1992
Increasingly, machine learning is entertained as a mechanism for improving the efficiency of planning systems. Research in this area has generated an impressive battery of techniques and a growing body of empirical successes. Unfortunately the formal properties of these systems are not well understood. This is highlighted by a growing corpus of…
Descriptors: Artificial Intelligence, Computer System Design, Evaluation Methods, Learning Strategies
Wentling, Tim L.; Johnson, Scott D. – 1999
This paper describes the conceptualization and development of an evaluation system that can be used to monitor and evaluate online instructional efforts. The evaluation system addresses concerns of both program administrators and course instructors. Computer technology is used to provide partial automation to reduce respondent burden and to…
Descriptors: Computer System Design, Computer Uses in Education, Distance Education, Evaluation Methods
Peer reviewed Peer reviewed
Bader, Gail; Nyce, James M. – Journal of Computer Documentation, 1998
Argues that there is a fundamental gap between the knowledge that the information systems development community values and that which cultural analysis yields. Suggests that developers, rather than trying to explain social behavior and knowledge with rules, should be concerned with the production of contesting rules and what the production tells…
Descriptors: Computer Software Development, Computer System Design, Design Requirements, Designers
Peer reviewed Peer reviewed
Bowker, Geoffrey C.; Dillon, Andrew; Rosson, Mary Beth; Simonsen, Jesper; Kensing, Finn – Journal of Computer Documentation, 1998
Four articles respond to the Bader and Nyce position that it is unlikely cultural analysis will become a routine tool for information systems developers with these arguments: ethnographic work can aid software development; the problem lies with inappropriate application of social science methods; the problem is technique, not fundamentals; and…
Descriptors: Computer Software Development, Computer System Design, Design Requirements, Designers
Peer reviewed Peer reviewed
Berger, Michael G.; And Others – Information Technology and Libraries, 1992
The six articles comprising this special section on MELVYL, the University of California automated library system, discuss plans for the future, general recommendations for online catalog design, evaluation methods, evolution of computing resources, impact on the work of librarians, and academic goals and benefits. A chronology of MELVYL…
Descriptors: College Libraries, Computer System Design, Educational Objectives, Evaluation Methods
Wu, Yi-Cheng; Hebbler, Stephen W. – 1991
The Evaluation and Assessment Laboratory at the University of Alabama (Tuscaloosa) has contracted with the Georgia Department of Education (GDOE) to develop a microcomputer-based data management system for use in applying evaluation standards to schools and school systems. The Comprehensive Evaluation System (CES) was implemented statewide and has…
Descriptors: Computer Software Development, Computer System Design, Database Management Systems, Educational History
Bollin, Andreas – 1998
This paper presents a World Wide Web-based electronic feedback system for use in lectures and practical classes. The system is based on Java and provides a configurable feedback form, a managing tool for administrators, and a statistics viewer for presenting the generated statistical data in various ways. In addition, it generates a statistical…
Descriptors: Automation, Computer System Design, Computer Uses in Education, Course Evaluation
Butler, Frances A.; And Others – 1990
This study, part of a larger effort to develop a methodology for evaluating intelligent computer systems (Artificial Intelligence Systems), explores the use of benchmarking as an evaluation technique. Benchmarking means comparing the performance of intelligent computer systems with human performance on the same task. Benchmarking in evaluation has…
Descriptors: Adults, Artificial Intelligence, Benchmarking, Comparative Analysis