Short descriptions are provided of several sessions of the Computer Education Group (CEG) Biennial Conference held at Nottingham University in April 1982. Sessions noted include the introduction, a presentation on teacher training, the development of examinations, and a question-and-answer session. (MP)

Most computer terms are viewed as understandable if approached with common sense. Five sources for the terms are noted. The glossary is not viewed as comprehensive, and suggestions of more complete dictionaries are made. "Computerese" and "cybercrud" are two terms noted to describe the jargon associated with computer technology use. (MP)

"Computerevolution" is described as the evolutionary change produced by the introduction of computer technology--an action that is producing complex changes in the culture of Californians. The state of the art of computerized education in that state is summarized. (JN)

PILOT is the generic name of a programing language suited for authoring/executing CAI educational programing. The strengths/weaknesses of TRS-80 MicroPilot (formerly Pilot Plus) and differences between Micropilot and Basic and CAI courseware authoring languages are discussed. Major strength is efficiency for educational/interactive programing with…

Reports on a pilot project to introduce an introductory course in computer literacy for elementary through postsecondary students in Pennsylvania. Includes descriptions of course rationale and teacher training. (DC)

The material presents: (1) an overview of the Regional Conferences (2) a paper on Mathematics, Microelectronics, and American Education (F. James Rutherford and Joseph M. Dasbach), and (3) individual presentations on the Regional Meetings in Berkeley, Chicago, Newton, Massachusetts, and Washington, D.C. The meetings were designed to encourage…

Provided are names and school districts of elementary and senior division winners of the third annual international problem-solving contest. Feedback from participants, contest recommendations, and information on the 1984 contest are included. (JN)

The nature of programing languages is discussed, focusing on machine/assembly language and high-level languages. The latter includes systems (such as "Basic") in which an entire set of low-level instructions (in assembly/machine language) are combined. Also discusses the nature of other languages such as "Lisp" and list-processing languages. (JN)

The development of computer technology is considered, the concept of computer literacy is defined, and the role of teachers in educational microcomputer programs is discussed. The field of commercially produced software for microcomputers is reviewed. (For related articles, see EC 142 959-962.) (Author)

Briefly outlines the positions some schools have taken on the use of microcomputers as teaching devices. (IRT)

Discusses the elements of programming style, considering capitalization, variables, constants, format, GOTO statements, user friendliness, and clarity. Although Pascal is used as the example, the information provided is applicable to any programming language. (JN)

Seven indexes to computer-oriented literature are reviewed, examining services offered, type of literature indexed, format, source, hardware needed, and cost. Each item reviewed can currently be obtained for $100 per year or less. (JN)

The author describes a model for microcomputer education designed for gifted students from primary to secondary grade levels. The program incorporates three levels--computer awareness, computer literacy, and computer programing. Each of the three levels is explored. (SW)

Computers are changing the lives of millions of people, but schools are still not producing many computer literate students. Rapid improvements in hardware technology and major progress in the development of software have put computers within reach of everyone. Computer literacy must now be treated as a functional tool similar to reading, writing,…

This paper discusses five points related to developmental research on children learning to do Logo programming: (1) systematic developmental research documenting what children are learning as they learn to program is necessary; (2) Logo is cognitively complex beyond its early steps and difficult to learn without instructional guidance; (3) the…