Describes a computer-assisted instructional (CAI) program to accompany a 15-week, college-level, introductory lecture course on the scientific principles of mammalian nutrition. The nature of the program is discussed, and examples of how it operates are provided. Comments on the evaluation of the program are also provided. (JN)

Presents an overview of the problem of adult illiteracy and discusses what it means to be literate. Offers considerations pertaining to the teaching of literacy and of how technology might be used to facilitate this teaching. Concludes with recommendations about how to exploit the possibilities of technology in literacy education. (FL)

The article extends previous microcomputer software evaluation forms by providing an evaluation instrument based on research-based instructional techniques, providing a step-by-step approach for evaluating software, and adding a student evaluation component to the overall review. (Author/CL)

Describes a project whose objectives are to bridge the gap between second language instruction and computer-assisted instruction, explore multimedia combinations, and stress productive language in language learning. (MSE)

The article describes how instructional development can be used to reach better computer assisted instruction development decisions; then it describes and compares different levels of authoring tools for use in different types of instructional situations. (Author/CL)

Describes a project in which middle school teachers turned over keyboarding instruction to a computer assisted instruction (CAI) program which enabled them to focus their efforts during the CAI on teaching higher-level thinking skills. The thinking skills developed include student analysis of learning, goal setting, self-motivation, and peer…

Describes a framework for introducing micro-based computer cartography into college-level courses. The discussion centers on hardware, software, practical considerations, and snags. (RM)

The authors propose three forms of interaction for computer-assisted interactive video: reactive, coactive, and proactive. The three relate to the degree of control that the user has over program content and structure within the capabilities of the technology. Each design is explained at length. (CT)

This 1984 study examines what university administrators are currently scheduling and plan to incorporate in future accounting computer curriculum. Educational administrators expect to maintain or increase computer requirement emphasis in the accounting curriculum. The most frequently stated impediment was lack of computer equipment. (CT)

Reveals positive perceptions of business communication teachers toward the use of personal computers in the classroom. Discusses implications for efforts to integrate computers in business communication courses. (EL)

The author looks at the marketing and the resulting financial payoffs of continuing education offerings that involve the computer. She underscores the demand of organizations and individuals for learning about software for personal computers in her community college district, emphasizing various marketing and programmatic considerations related to…

Outlines four components of the use of high technology that have put Minnesota public schools at the forefront of educational technology. These include: computerized classrooms, microwave classes, cable television classes, and a technology busmobile. (MD)

The article describes typical kinds of writing problems found in fourth grade learning disabled students and discusses ways in which the computer makes the child's planning and composing problems more accessible to teacher help. Similarly, pitfalls of such accessibility are also cited. (CL)

Video games may allow educators to reach children who have never before been incorporated into an educational experience within the confines of school. A distinction is made between types of arcade style games and educational games in Piagetian terms: practice games, symbolic games, games with rules, and games of construction. (LMO)

The purpose of this article is to discuss hardware issues and help educators assess their hardware needs in order to determine the best computer hardware for their school program. Good and bad features, flexibility, reliability, cost effectiveness, and optimum classroom configuration are given particular attention. (LMO)