Reviews the McGraw-Hill Interactive Authoring System which allows authors to create computer-based courses with or without interactive video. Use of the program requires no programming skills and authors do not need to learn a special language. The system's operation, performance, ease of use, documentation, and management are considered. (JN)

Drawing from experiences at Cuyahoga Community College, this paper offer guidance on the use of storyboard packages and authoring languages to develop interactive instructional materials. Introductory comments reveal that the greatest use of computers in courses other than computer and information sciences is still in drills, tutorials, writing…

Describes features and uses of IBM PILOT authoring language. Indicates that it is relatively easy to learn and use, that its power is more than sufficient, and that the documentation and tutorial are good. (JN)

This guide is designed to introduce teachers and students to the use of the HyperTalk programming language in order to extend the power of HyperCard and to suggest ways to use HyperCard in conjunction with HyperTalk in an educational setting. It is noted that previous familiarity with the Macintosh interface, Home stack, and HyperCard at the…

Developed to help educators locate microcomputer software programs they may want to preview for students in grades K-12, this guide lists commercially available microcomputer software programs that have been favorably reviewed by members of the Educational Software Evaluation Consortium. Programs are arranged alphabetically by title within…

This guide is designed to provide a quick introduction to the basic elements of HyperCard for teachers who are familiar with other computer applications but may not have worked with hypermedia applications; previous familiarity with HyperCard or with Macintosh computers is not necessary. It is noted that HyperCard is a software construction…

Described are various forms of Programmed, Inquiry, Learning, or Teaching (PILOT) language and how it can be used to help educators create low-cost high quality computer-assisted instruction. Advantages and disadvantages of PILOT are considered. (RH)

Examines what is currently being done in Israel related to software development, discussing: (1) TOAM (a Hebrew acronym for "drill and parctice with the Help of the Computer, an elementary arithmetic program; (2) MENTOR (an authoring language); and (3) a role playing simulation. (JN)

Some practical suggestions for using Computer-Assisted Language Learning (CALL) are presented to help teachers overcome difficulties with jargon and logistics. They cover selecting hardware, obtaining software (commercial and authoring), organizing resources, training, and implementation. (17 references) (LB)

Contends that the interactive authoring of microcomputer software is an appropriate service for community college libraries. Lists steps in the development of such a program. Provides a sample program authored in BASIC for a learning module on the use of figurative language. (DMM)

A general technique for customizing computer printers (with the MS-DOS or PC-DOS software) to the special needs of foreign language professionals is described, and examples are presented. This "detour" technique can be used to turn the printer into a typewriter and send character sequences to the printer. (CB)

Discusses a theory-based design strategy for concept learning that may be used with computer-based instruction on almost any delivery system. The computerized Rational Set Generator (RSG) is conceived to be a template that adapts to students' needs in ways that are supported both by learning theory and empirical findings. (MBR)

The current shortage of computer assisted instruction in special education is examined and recommendations are made for teacher-developed software. Suggestions regarding software selection and use address learning characteristics (such as spelling and motor problems and memory deficits) and motivational characteristics. (Author/CL)

Designed to be a source of information for educators about interactive videodiscs, this handbook presents an overview of the technology and offers additional sources to be consulted for more detailed information. It is noted that, although this second edition of a 1985 publication has gone through extensive changes, clarifications, and…

Seven components of an authoring system for interactive computer-assisted instruction are described: (1) hardware, including a microcomputer, monitors, and a videodisc player; (2) videodiscs purchased for "repurposing," i.e., using frames of clips from the videodisc to illustrate the instructional program; (3) program options for the instructor;…