Discusses the use of interactive media in computer-based training and describes a workbook and software package--Interactive Toolkit--designed for students learning to use interactive media. The package covers the basics of instructional design and how interactive media works, and a simple authoring system for creating computer-based training…

Describes a number of different frames of reference through which educators can look at the opportunity presented by compact-disc interactive (CD-I) technology, and proposes general guidelines to help them begin thinking about a more creative role as prospective authors of CD-I materials. (MES)

An alternative approach to the systematic design and development of computer-assisted instruction courseware by classroom teachers is described which consist of three main stages of design, development, evaluation, and revision. Each stage produces a usable output: (1) computer-assisted testing program; (2) drill and practice courseware; and (3)…

Describes use of authoring systems--software packages which guide authors through the programming process, eliminating the need to know how to program--as a practical solution to the problem of teachers developing their own microcomputer courseware. Some representative authoring systems, their benefits and costs, and specific products are…

Description of HyperCard focuses on uses for instructional designers and performance technologists. The theoretical background that includes cognitive psychology and futuristic thinking is presented, and three main uses of HyperCard are discussed: (1) as a database management program, (2) as a vehicle for implementing hypermedia, and (3) as an…

Based on an earlier user's guide to a minicomputer page layout system called PLA (Terrell, 1982), this guide is designed for use in the development and production of text-graphic materials for training relatively unskilled technicians to perform complex procedures. A microcomputer version of PLA, MicroPLA uses the Commodore 8032 microcomputer to…

Based on the premise that the production strategy and the production approach have a strong impact on quality courseware development, a survey was conducted in 1987 to evaluate the development processes used for computer-assisted instruction curriculum materials. Questionnaires were sent to 64 institutions of higher education in England, the…

Describes use of Canada's videotex system, Telidon, for instructional purposes and cites limitations in Telidon software and its high cost as reasons for the development and testing of an interactive microcomputer-based course authoring and presentation system called VITAL. VITAL's design is described and its implications for instructors are…

Evaluates four authoring systems used to develop computer aided interactive video: The Instructor, InfoWriter, IDeAS, and ProCAL2. The information provided includes hardware requirements, compatibility with videotape and/or videodisc, instructional options available, user data-management capabilities, procedures for logging tapes, and access for…

Discusses pedagogical factors influencing design and construction of sophisticated educational multimedia workstations, and presents an overview of the Multi-Media Authoring Language system, an experimental test vehicle providing a framework in which to conduct hardware, software, and interfacing experiments necessary to produce a solution to…

Reflects on major advantage of computers as learning devices--interaction--and discusses stages involved in production of materials for computer-based learning. Use of authoring languages is discouraged. A vision of the future includes hardware; producers, distributors, and users of computer-based learning materials; and educational changes…

A sequel to the booklet "How Computers Can Be Used in Education," this booklet begins by looking at ways in which computer-based learning (CBL) materials can be used in different types of instructional situations, i.e., mass instruction, individualized learning, and group learning. The design and production of four types of conventional CBL…

Discusses producing effective instructional software using a balance of course content and technological capabilities. Describes six phases of an instructional development model: discovery, design, development, coding, documentation, and delivery. Notes that good instructional design should have learner/computer interaction, sequencing of…