A teacher's description of how the microcomputer was integrated into her school, first in programming courses and later into other curriculum areas. (Author/JM)

Distinguishes between computer hardware and software and discusses status of software, application development productivity, software production, and research directions. (JN)

Describes UNIX time-sharing operating system, including the program environment, software development tools, flexibility and ease of change, portability and other advantages, and five applications and three nonapplications of the system. (JN)

Realization of the potential of computer electronics for enhanced human productivity and economic impact depends strongly on the university. New human resources and continuing education for the existing work force and new ideas for research and development will come from that sector. University-industry coupling is fostered. (JN)

It is noted computer literacy is being placed within school curricula even when the general movement in education seems to be back to basics. The situation in Foothills Elementary School in Monterey, California is detailed. Economics is seen as the main issue that limits immediate expansion of computers in schools. (MP)

Details a cooperative program that has allowed gifted and talented students in grades four to six from two rural public elementary schools in Connecticut to use computers. Notes that the joint effort between public and private agencies provides special instruction at minimal cost. (MP)

The use of computers as laboratory instruments is viewed as overlooked. Numerous applications developed for a simple, single-board microcomputer by a group of Technical Education Resource Centers (TERC) are noted. The trend toward decreasing costs of lab interfacing is expected to continue into the future. (MP)

Details about SZAMOK, the International Computer Education Center in Hungary, are given. Computer education programs produced by SZAMOK are widely used in Hungary at different universities, high schools, and training centers. Television is seen as a very effective, flexible, and economical multi-purpose tool for the training of computer…

The pedagogy, logistics, and administration of computers in chemical education at the college level is detailed. (MP)

The use of the computer as a computational tool in linear algebra is featured. The programs described evolved from an undergraduate course that ended with a unit on linear programing. (MP)

Strategies which may be used to overcome opposition to microcomputers by faculty, students, and administrators are detailed. It is felt that, ultimately, all three groups will have to work together toward the establishment of the computer in the classroom. (MP)

The mathematics laboratory at the University of Denver is described and its use of microcomputers is discussed. (MP)

Part one of a two-part feature on computers includes: what a computer is, how a computer works, a miniunit to introduce computers into the curriculum, a kooky computer quiz, computer applications, examples of computer use in several schools, and information on computer careers. (KC)

The introduction of an instructional computing strategy at Duke University that led to identification of three levels of user subsets and establishment of equipment clusters is described. Uses of the system in establishing computer literacy and special applications in chemistry, computer science, and the social sciences are reviewed. (MP)

Presents the rationale behind and description of the Individualized Instruction for Data Access (IIDA) system, which is intended to assist people in performing online bibliographic searches through the use of another computer as intermediary. (CWM)