The Graphic Terminal Display System (GTDS) was created to support research and development in computer-assisted instruction (CAI). The system uses an IBM 360/50 computer and interfaces with a large-screen graphics display terminal, a random-access slide projector, and a speech synthesizer. An authoring language, GRAIL, was developed for CAI, and…

A description of SASLIP (Saskatchewan List Processor) programing language and its advantages as a teaching medium. (HB)

Explains how computers can assist in classroom instruction. (JF)

A description is given of a method of teaching the case method, perfected by Harvard Business School, using interactive computing. (MK)

NLS-SCHOLAR is a prototype system that uses artificial intelligence techniques to teach computer-naive people how to use a powerful and complex editor. This new kind of computer assisted instruction system integrates systematic teaching with actual practice, keeping the user under tutorial supervision while allowing him to try out what he learns…

Computers have been used successfully in test assembly following the cooperation of test specialists and computer specialists in systematic analyses of the test-assembly process. Systematic exploration of the item-writing process may well make it possible for the computer to take on some of the less creative portions of item writing. The current…

Computers have become complex enough to be both reliable and simple to use. As a result, it is less important for teachers to understand computer hardware than educational software. At bottom, computers are merely devices that allow teachers one more (albeit highly flexible) way of presenting information to students. (PGD)

It is necessary for those who are developing and/or evaluating software for purchase to carefully consider its educational compatibility, instructional design adequacy, and technical adequacy. Specific factors are examined as they relate to the development and/or evaluation of educational microcomputer software for handicapped learners. (Author)

Written for developers of classroom simulation who may wish to transfer their skills to the computer medium, this paper describes the procedures for writing and developing an educational simulation on a computer. Steps in the procedure include conceptualizing the problem to be simulated, operationalizing the variables, examining pedagogical…

Current resources in microcomputer use in special education are identified. Names and addresses of producers of hardware, peripherals, software, reviewers, and information exchange systems (both human resource networks and electronic networks) are listed. (CL)

A description of an on-line and interactive programing system (TICS - Teacher-Interactive-Computer-System), which is aimed at facilitating the authoring of interactive, instructional computer programs by persons who are experts on the subject matter being addressed, but not necessarily programers. (Author)

Describes and critiques four computer assisted instruction software packages designed to teach typing skills--TYPING TUTOR, MICROTYPING, TYPE-IT, and MASTER TYPE--and their prices and the microcomputers on which they can be used. A summary suggests eight improvements that could be made on some or all of the packages. (EAO)

Provides an introductory overview of articles included in this journal issue, which is devoted to the topic of microcomputers and children. (MP)

Describes the current problems affecting the introduction of microcomputers into education. There are still not enough pedagogically sound programs and security precautions often make it difficult to evaluate new ones adequately. Most of the existing computer languages are not suitable for teachers' use. (AM)

This report gives examples of diverse educational strategies in science and engineering education to illustrate the capabilities of the PLATO III computer-based education system. The basic structure of the TUTOR language is discussed and some technical details are given to explain how the PLATO III system works. A brief description of the…