Describes one way of structuring an intelligent tutoring system (ITS) in light of developments in artificial intelligence. A specialized intelligent operating system (SIOS) is proposed for software for a network of microcomputers, and it is postulated that a general learning system must be used as a basic framework for the SIOS. (Author/LRW)

Describes the Portable AI Lab, a computing environment containing artificial intelligence (AI) tools, examples, and documentation for use with university AI courses. Two modules of the lab are highlighted: the automated theorem proving module and the natural language processing module, which includes augmented transition networks. (23 references)…

Discussion of problems in computer assisted instruction focuses on poorly written software and the role of computer programing. Use of computers without programing knowledge is discussed, and pragmatics is emphasized as the discipline needed to supplement syntax and semantics in the field of computer science. (seven references) (LRW)

Discussion of methods that can be used to teach beginner courses in computer literacy focuses on students aged 10-12. The value of using a programing language versus using a generic software package is highlighted; Logo and Prolog are reviewed; and the use of databases is discussed. (LRW)

Based on an understanding of student characteristics and learning processes, the teacher training model described provides for the integration of microcomputers and computer-assisted instruction into the classroom using a learning center format. The model includes an introductory workshop, supervision, support, and periodic evaluation. (14…

Describes courses in microcomputer literacy for college students that evolved from one general course to modular courses including word processing, spreadsheets, and programing. A proposed plan for integrating microcomputers across a variety of curriculums is then discussed, and sample curriculums are shown. (LRW)

Discusses the adoption of computer technology for use in education in developing countries. Topics discussed include criteria for technology adoption; costs; instructional effectiveness; cost effectiveness; the concept of computer literacy; meeting job market demands; educational improvement; computer education policies; hardware and software…