Describes confidence testing methods (confidence weighting, probabilistic marking, multiple alternative selection) as alternative to computer-based, multiple choice tests and explains potential benefits (increased reliability, improved examinee evaluation of alternatives, extended diagnostic information and remediation prescriptions, happier…

Discusses ways of designing software to minimize the problems associated with translating the users interface from English into a foreign language. The Examiner, a test development and delivery system that was translated from English into Dutch, is used as an example, and both its design and its implementation are described. (LRW)

Describes a self-paced, computer-managed course on internal medicine for medical students at the University of South Dakota. The rationale for using a computer-based system is outlined, and the program is evaluated for cost-effectiveness, currency of information, curriculum goals and objectives, and student attitudes. (EAO)

Describes the design, construction, administration, and results of networked campuswide placement testing for mathematics and chemistry at Stanford University. Reasons for online testing are discussed; software requirements and programing details are explained; and the impact on students and their advisors is considered. (Contains seven…

Reports the results of several test-reliability experiments which compared a modified confidence weighted-admissible probability measurement (MCW-APM) with conventional forced choice or binary type (R-W) test scoring methods. Psychometric properties using G theory and conventional correlational methods are examined, and their implications for…