Included are abstracts of selected papers presented at the National Educational Computing Conference held in Baltimore in June 1983. The nine reports discuss varies computer uses at several levels, and includes a study of children's learning processes and software descriptions. (MNS)

Discusses the use of computers by children, highlighting a definition of computer literacy, computer education in schools, computer software, microcomputers, programming languages, and public library involvement. Seven references and a 40-item bibliography are included. (EJS)

A partial survey of programs available from nine nationally recognized computer software producers briefly describes the programs and points out some unique applications within the field of educational administration. (MLF)

Discusses constructive ways to use microcomputers as educational aids. Areas considered include software packages with graphics capabilities to help students visualize their work, programs fostering skill development (including problem-solving), microcomputer rentals, use of computers to learn programing languages, and others. (JN)

Six teachers who won microcomputers in a contest sponsored by "Instructor" report on their first year with the new machines. Computer programs and related class activities are discussed. (PP)

An overview is presented of some major areas of interest, including contrasts between older terminal-based and newer microcomputer-based systems, quality and sophistication of ready-to-use and authoring software, and advanced technology. Three directions for development and problem resolution are outlined. (Author/MSE)

Teachers must become aware of the magnitude of the computer revolution. They must examine the courseware that is available and consider possible instructional and management uses. A list of organizations and resources that can provide guidance for teachers is included. (SR)

Reviews an educationally valuable and reasonably well-designed simulation of volcanic activity in an imaginary land. VOLCANOES creates an excellent context for learning information about volcanoes and for developing skills and practicing methods needed to study behavior of volcanoes. (Author/JN)

Advantages of having children use microcomputers at school and home include learning about sophisticated concepts early in life without a great deal of prodding, playing games that expand knowledge, and becoming literate in computer knowledge needed later in life. Includes comments from parents on their experiences with microcomputers and…

Discusses mini/microcomputers in education including ways computers can be used in schools, computer literacy, positions for and against classroom use of computers, computers as agents of instruction (devices to deliver instruction), computers as objects of instruction (teaching about computers and computer programing), and including the author's…

Guidelines and steps for reviewing and selecting computerized instructional materials are reviewed. (MP)

Reports on a four-year study of computer-assisted instruction (CAI) in which microcomputers were used in individual college classrooms as interactive instructional systems. Discusses students' feelings about CAI, the computer hardware and software, and the lesson models involved. (Author/RW)

This overview of instructional applications of computer-assisted instruction and microcomputer applications discusses current developments in hardware and software, the need for independent review and evaluation of CAI programs, the growing importance of computer literacy, especially for teachers, and projections for the future. Eleven references…

MicroCAT version 3.0--an integrated test development, administration, and analysis system--is reviewed in this first article of a series on testing software. A framework for comparing testing software is presented. The strength of this package lies in the development, banking, and administration of items composed of text and graphics. (SLD)

The Academic Computing Center at Winthrop College has gone beyond simple connectivity in linking its three local area networks to each other and the campus minicomputer. The environmental impact of the installation of bridges and gateways on systems, personnel, and end users is described. (MLW)