Three vehicles for programming for computer-assisted language instruction are compared: general-purpose programming languages, educational programming languages, and educational authoring systems. Their advantages and disadvantages for a variety of purposes and circumstances are examined as well as the differences in time and energy required for…

Outlines a teacher inservice course which introduces educators to computers. Each of the three-hour sessions provides both instruction and hands-on experience on the computer. A chart detailing the inservice activities is included. (JJD)

SuperPILOT is Apple Computer's new computer assisted instruction authoring language. Provided is a review of SuperPILOT, indicated to be ideally suited for the development of interactive tutorials for the classroom. Includes comments on the language's strengths/weaknesses as well as comments on system requirements and special program features. (JN)

Discusses various topics related to incorporating microcomputer technology in the classroom. Areas addressed include: computer-assisted instruction; Skinnerian/Piagetian approaches; Logo and problem-solving; nested interpretation; and software evaluation. Listings of demonstration programs (Atari) are included. (JN)

This article addresses questions associated with computers: Are they advantageous in the classroom? Do they help children learn? How can teachers learn more about them? Suggests guidelines for teachers learning about computers, listing books and ERIC documents for further investigation. (MP)

Reviews four research studies which indicate the effectiveness of computer assisted instruction (CAI) in helping students learn. Results suggest that CAI gives students opportunities to practice what they have learned, may help (in some circumstances) teach better study habits, and that CAI seemed to motivate students. (JN)

A K-8 computer literacy program in Alexandria, Virginia, schools calls for the use of computers in language arts, mathematics, science, and social studies. The history, concepts, process, and applications of computers are taught. Teachers also receive training in computer literacy in a course taught within the school system. (MLF)

Delineates primary criteria for choosing a computer for instructional functions, such as computer literacy development; hands-on experience; new content or skills teaching; enrichment and remediation; and alternate learning strategies. Discusses memory size, programing and authoring languages, service warranties and maintenance, user networks, and…

Reviews sources of information on materials for teaching reasoning with a microcomputer. Suggests microcomputer magazines, catalogs of commercial materials, CONDUIT (a nonprofit organization devoted to educational computer use), and local microcomputer users groups. Lists Apple II software for strategy games with reasoning applications. (DMM)

The advantages of using microcomputers, particularly with learning-disabled (LD) students, are pointed out; and an example of a successful program utilizing computers at the Johns Hopkins University is described. (SW)

Discusses educational applications of computer simulation and model building for grades K to 8, with emphasis on the usefulness of the computer simulation language, micro-DYNAMO, for programing and understanding the models which help to explain social and natural phenomena. A new textbook for junior-senior high school students is noted. (EAO)

Shows teachers who use language experience activities in their classrooms how to use microcomputers efficiently to increase students' reading and writing experiences. (RL)

Microcomputers offer medical educators a chance to explore the opportunities of computer-based instruction in their classrooms and curricula. Faculties have expressed some reservation about entering the field because of the new technology and the lack of supporting evidence for the value of this teaching modality. (Author/MLW)

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)

The learning center is a cost-effective and popular way to introduce hearing impaired students and their teachers to microcomputers. (A brief listing of software companies and computer periodicals is included.) The use of the Apple microcomputer in a learning center in a school for the deaf is discussed. (CL)