The importance of computer science education and of incorporating computers for instructional purposes at the secondary level is discussed. A 41-item bibliography is included. (DN)

Paper presented at the Education and Information Science Symposium," Sponsored by the Ohio Chapters of the American Society for Information Science in cooperation with The Department of Computer and Information Science, The Ohio State University, June 23 and 24, 1969. (MF)

Describes "Josef," a robot programing language similar to the LOGO turtle language, which has been designed as an instructional system through which the algorithmic problem-solving skills required in computer programing can be developed and tested in a controlled learning environment. Four figures and a reference list are included. (JL)

Discusses the role and use of color in instructional computing. Suggests teachers consider: (1) how color symbolically represents content and reinforces organization of lessons; (2) how color enhances a lesson's style and short/long-term memory; and (3) cost of classroom color computer assisted lessons. (Author/JN)

Discusses the rationale for sharing courseware between educators, describes the problems of hardware incompatibility associated with software sharing, and introduces a multilingual interpreter system which allows instructional software implemented in different computer languages and on different machines to be shared with a minimum of work. A…

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)

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)

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)

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)

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)

The evidence indicates that a computer-based business game in the policy course is useful to the teacher, the student, and the graduate on the job. (Author)

Describes the development of computer instruction in New Zealand. States that computer instruction increased from a level of zero in 1980 to 26 percent by 1989. Points out that in New Zealand schools there is 1 computer for every 85 students. (GG)

An intelligent advisor computer program designed to assist undergraduate computer science students in producing an entity-relationship diagram, a conceptual model of a database. The advisor helps students perform modeling exercises and monitors student performance. (MSE)

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)…

Effects of embedding regulation questions and regulation hints in a concurrent computer-assisted instruction program aimed at word processor use were examined for 133 Dutch second-grade vocational education students. Results support the value of regulation questions and hints in learning to use the word processing program. (SLD)