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)

Described is a project SIINC (Scientific Instrumentation Information Network and Curriculum), a three year pilot program to test the feasibility of developing a computer-based system for accessing information vital to users of chemical instrumentation. Project SIINC fills the gap between conventional sources of instrumental information and…

Described is the three-year course sequence in computer hardware offered at Narragansett Regional High School in Baldwinville, Massachusetts. Utilizing mainly Digital Equipment Corporation (DEC) equipment, the course teaches hardware design, debugging, and programing, to prepare students for technician jobs or advanced study. Course startup is…

Although computer-assisted instruction is usually not cost-effective or educationally effective enough to be worthwhile in secondary schools, courses that actually teach computing and programing, although also expensive, pay off in increased job opportunities for graduates. The author explains how to plan them. (Author/JM)

The major philosophical issues surrounding the concept of intelligence are reviewed with respect to the problems surrounding the process of defining and developing artificial intelligence (AI) in computers. Various current definitions and problems with these definitions are presented. (MP)

The process and history of the development of artificial intelligence is reviewed. Important achievements are noted. Limitations to possible breakthroughs in this field are noted from philosophers and mathematical logicians. (MP)

Incorporating computers and computing into high school mathematics courses and college teacher-education courses had no negative effects on students' achievement levels and attitudes toward mathematics and had a positive effect on their attitudes toward computers. (Author)

Compares PLATO and non-PLATO student performance in an introductory computer programing course at the University of Illinois. Results indicate that PLATO students would recommend PLATO to friends, that the drop rate was higher for PLATO students than for non-PLATO, but that performance was equal for both groups. (RAO)

A guideline to aid business officials who are contemplating or engaged in computerization. (Author)

Discusses barriers to the utilization of computers in instruction and outlines the program of the Elementary and Secondary School Subcommittee of the Association for Computing Machinery to identify and lay a foundation for the solution of problem areas. (Author/IRT)

This review of "Microform Librarianship" (a nontechnical guide) and "Computer-Output Microfilm: Its Library Applications" (a concise introduction to COM) points out that the vision of how the microform medium could be developed more imaginatively to better serve the user is missing from both books. (CWM)