Presents a theoretical perspective on the impact of society on new technologies, and gives examples of the impact of cultural factors on the development of computer/video-mediated educational technology in the United States, Japan, and the United Kingdom. Highlights include the use of television, computer languages, and videotex. (14 references)…

Describes computer assisted and managed learning, with special reference to applications in science teaching, as well as the work of the United Kingdom's National Development Programme in Computer Assisted Learning. (CMV)

Reviews trends in computer assisted instruction (CAI) in Japan, focusing on authoring languages and mathematical model-based courseware development. The scale of personal computer use and types of courseware used in elementary and junior high schools is described, and an example of an intelligent CAI system is given. (Author/LRW)

Describes 12 constraints imposed by culture on educational software portability. Nielsen's seven-level virtual protocol model of human-computer interaction is discussed as a framework for considering the constraints, a hypothetical example of adapting software for Mexico is included, and suggestions for overcoming constraints and making software…

Two studies addressed various issues concerning the use of microcomputers in the classroom. One focused on the attitudes and concerns of teachers regarding the use of innovation, such as microcomputers, in instruction; the second explained the integration of Logo learning environments into the mathematics curriculum of primary schools in Belgium.…

Three articles on the use of new technologies in education focus on (1) Digital Video Interactive (DVI) Technology and its value in designing and developing educational materials for children; (2) problem solving with computers by using functions; and (3) new information technology and educational change in Norway. (LRW)

This review of research on computer use in education focuses on the development of higher order thinking skills and the effects of programming instruction. Eight hypotheses are proposed to account for the general failure of the research to confirm the expectations, and a new programming language, Prolog, is described. (70 references) (Author/LRW)