Using a computer for interactive training opens up a whole new range of capabilities which would otherwise be prohibitively expensive. This article reviews procedures for developing programs and introduces ideas for exploration. (JOW)

Learning sciences (LS) and instructional systems design (ISD) are two related fields that have shared interests in the application of technology for advancing human learning. While the two fields may have different values, boundaries, and in some cases methods, they also share significant overlap of content and purpose. We examine the relationship…

The most common functions of computer-assisted testing are item-banking, in which test items are collected and stored; test-construction, specifying item attributes and determining information required for identification of the test; and test scoring. (JN)

Describes a micro-processor controlled instruction delivery system being developed for use with deaf students which incorporates film cassette, frame or sequence addressable, color motion or still visuals under computer program control for local or remote delivery. An authoring capability for development and validation and a program are also…

Discusses the need for quality computer software for science instruction. Argues that very little software is currently available that uses the computer's capabilities to provide quality science instruction. Describes microcomputer tutoring systems under development at the University of Pittsburgh that are intended to significantly add to the…

Computers can effectively present many forms of instructional material. Computers can also facilitate response-judging; provide feedback; store, index, and retrieve collections of information pertaining to instruction; and assist teachers with many administrative functions. (JN)

Discusses the differences between computer-assisted and computer-managed instruction (CMI), identifies the central themes running through CMI, presents a general definition of CMI, gives a functional overview of CMI, and develops definitions pertaining to CMI functions and systems. (Author/JL)

Provides a comprehensive pedagogical framework for incorporating the Geographical Information System (GIS) into college geography courses. Utilizes Berry's Geographic Matrix to develop approaches to teaching, both about GIS, and with GIS. Considers GIS as a collection of marketable skills, enabling technology, and new discipline. Includes tables…