Most, if not all, computerized adaptive testing (CAT) programs use simulation techniques to develop and evaluate CAT program administration and operations, but such simulation tools are rarely available to the public. Up to now, several software tools have been available to conduct CAT simulations for research purposes; however, these existing…

In providing an alternative view to the previous article by Ward (TM 508 880), the author notes problems associated with adaptive testing, diagnostic testing, testing embedded in instruction, and testing through simulations. (BW)

Some of the benefits available from using computers to administer the kinds of tests that are familiar in educational settings are reviewed. Four applications that represent current or near-term enhancements of assessment are discussed: computerized adaptive testing, diagnostic testing, test preparation, and administration of simulations of…

The constructive use of microcomputers in the development of tests requires thoughtful attention to the questions addressed in this paper: What is the purpose for testing? How can a microcomputer help? Which microcomputer system is best? What pitfalls should be avoided? (BW)

The purpose of this paper is to describe some of the current changes in test development that are taking place because of the availability and capabilities of computers, especially microcomputers. Item banking and test assembly are discussed, and a comprehensive testing system is described. (BW)

Describes a three-phase process model for interface design, drawing on practices developed in the software industry and adapting them for computer-based languages tests. Describes good practice in initial design, emphasizes the importance of usability testing, and argues that only through following a principled approach to interface design can the…

Discusses the possible limitations and the advantages of computer-assisted language testing and several test variables which are of concern in determining test validity. The concept of computer-adaptive testing and its relationship to these variables is described. (SED)

Provides an overview of the current status of microcomputer-based testing, reviews several testing applications available in microcomputer format, and offers ideas on future developments. (Author)

Argues that, although expert systems--which are supposed to give users all the advantages of consulting with human experts--can be useful for medical diagnosis, where tests tend to be reliable, they can be hazardous in such areas as psychological testing, where test reliability is difficult to measure. (MBR)

Reviews the current status of computerized test generators, which can assist teachers in the development and writing of good tests. Provides comparative strengths and weaknesses of 11 major test-generating programs. Shows how word processors and database programs can also assist the production of tests. (HB)

Discusses practical uses, potential problem areas, and ethical issues of microcomputer technology integrated into counseling. Makes several suggestions for software development. (Author/ABB)

While there is much enthusiasm about the potential of microcomputers in test development and item banking, testing specialists have no interest in actually purchasing a turnkey test construction system. Focusing development efforts on providing methods to assist test directors, rather than external systems which replace institutionalized…

Discusses David Wyatt's paper, "Computer-Assisted Teaching and testing of reading and Listening," focusing on the interactive computer testing of reading proficiency. Makes suggestions for the shape of an interactive diagnostic reading test and discusses software development and on-site delivery mechanisms of the tests. (SED)

It is argued in this article that user actions need to be monitored to understand what has happened during the learning process. Monitoring on its own is not enough; user actions also need to be controlled to some degree so that users can receive the guidance they need to help them to the successful completion of the learning tasks in CALL…

Ten different methods of using computer administered tests in college level biology are described: evaluation (or posttest), student self-evaluation, student self-remediation, class remediation, individual student remediation, pretesting, identification of problem areas, immediate feedback, group testing, and remote site testing. (Author/MBR)