Twelve PLATO lessons are reproduced in this document to show the status of computer guided experimentation (CGE) instructional programs. The lesson topics include a description of the CGE-PLATO instructional laboratory, an introduction to CGE-PLATO tests and special software routines, router lesson for two electrical engineering courses, and an…

Four computer programs to aid students in understanding inventory systems, constructing mathematical inventory models, and developing optimal decision rules are presented. The program series allows a user to set input levels, simulates the behavior of major variables in inventory systems, and provides performance measures as output. Inventory…

An electronic laboratory station was designed for student use in learning electronic instrumentation and measurement by means of the computer-guided experimentation (CGE) system. The station features rack-mounted electronic laboratory equipment on a laboratory table adjacent to a PLATO IV terminal. An integrated logic system behind the laboratory…

A computer-based Statistical Program to Assist in Teaching Statistics (SPATS) has been successfully developed to aid the teaching of statistics to undergraduates with business and economics majors. SPATS simplifies the problem of experimentally creating and analyzing a variety of populations and of selecting and analyzing different kinds of random…

Described is an approach to teaching computer architecture courses with a set of software tools. Aspects of computer science with aspects of computer engineering are merged. The laboratory approach is utilized so that students learn by trying and doing. (Author/SA)

A university level course which uses minicomputers in laboratory data acquisition and experimental control is described. The majority of the students are chemistry seniors and graduate students; prerequisites are general physics and one semester of computer science or programing experience. The goals of the course, which is divided into 3 5-week…

The objective of this project has been the development of a successful approach for the incorporation of on-line computer technology into the undergraduate chemistry laboratory. This approach assumes no prior programing, electronics or instrumental analysis experience on the part of the student; it does not displace the chemistry content with…

The Learning Research and Development Center Time-Sharing System (LRDC/TSS) supports numerous non-standard devices and terminals and provides a variety of powerful programing options, enabling the researcher to maintain close control over the experimental environment. To achieve this degree of flexibility, it was necessary to write programs…

An experiment in which a minicomputer was used as an instructional aid in a calculus classroom and as a laboratory device for students is described. (SD)

The potential of the computer usage in instruction is discussed. A project was initiated to identify areas where the computer might yield significant advances in teaching. (DF)

For performance tests to be truly standardized, they must be administered in a way that will minimize variation due to operator intervention and errors. Through such technological developments as low-cost digital computers and digital logic modules, automatic test administration without restriction of test content has become possible. A…

OMNITAB is an interpretive computing system that enables the nonprogramer to use a computer to perform calculations and manipulations on tabulated data without prior knowledge of computers and computer languages. Because OMNITAB is widely available, and can be used to perform a variety of operations, instructors selected it for use in a statistics…

Developed by the National Bureau of Standards, OMNITAB is a simplified computer language designed to permit the novice user to solve basic statistical functions after less than an hour of instruction. It was hoped that by providing students in introductory statistics courses with an easily understood computer language, fears of number operations…

Research supported in part by grant MH-07346 from the National Institute of Mental Health, and a grant from the Illinois State Department of Mental Health.