Discusses ways in which microprocessors are aiding the handicapped in three major areas: (1) compensation (sensory, communication, and compensation for control); (2) management (personal and educational); and (3) instructional delivery (uses, advantages, problems, educational compatibility, instructional design, technical adequacy). (EJS)

Six major categories encompassing the various ways in which computers can be used to enhance mathematics education are listed and described. Examples of problem solving, drill and practice, management of instruction, and tutorial applications are followed by predictions about the future of instructional computing in mathematics education.…

Addresses key issues facing universities which plan to establish instructional computer graphics facilities, including computer-aided design/computer aided manufacturing systems, role in curriculum, hardware, software, writing instructional software, faculty involvement, operations, and research. Thirty-seven references and two appendices are…

Menu-planning concepts, teaching and learning theory, and computer-assisted instruction were integrated to develop an interactive computer-assisted instructional menu planning program. The program was used to study the manner in which student and expert menu planners use knowledge when evaluating and revising a problem menu. (DS)

Presents a brief overview of the school organization in Sweden and summarizes the results of large-scale computer experiments conducted during the last five years. Focuses on mathematics. (DC)

Reasons for and methods of using the WESTLAW orientation program for computer-assisted legal research training are presented. A primer is provided to acquaint the student with the research and information retrieval system, especially in formulating search strategies. Available from Am. Assoc. Law Libraries, 53 W. Jackson Blvd., Suite 1201,…

The most common functions of computer-assisted testing are item-banking, in which test items are collected and stored; test-construction, specifying item attributes and determining information required for identification of the test; and test scoring. (JN)

An authoring system obviates the need for programing in the development of computer-assisted instructional materials. Options for a variety of educational strategies are preprogramed, allowing the developer to concentrate on curricular concerns rather than software considerations. (RJG)

Describes the process dynamics and control program developed by the chemical engineering department at the University of California, Santa Barbara. Undergraduate and graduate control courses and real-time computing courses are included. (HM)

Reports an experimental study of student and teacher reactions to a computerized version of a standard personality inventory used as part of marriage and family relations classes. Results indicated that the computerized version offered more advantages than the manual version. (TA)

A study of student reaction to two computer career counseling programs and the impact of the counselor variable is presented. (Author)

Investigated the effects of units using computers and computer-administered tests. The greatest benefit was attained by those using the units and attending lectures. Students using both the units and tests did not perform as well as the lecture only group. Explores the correlation between high school grades and the methods. (Author/YP)

Discussion of the use of virtual reality in higher education looks at how this emerging computer-based technology can promote learning that engages all seven forms of intelligence proposed in H. Gardner's theory of multiple intelligences. Technical and conceptual issues in implementation of virtual reality in education are also examined.…

A versatile new facility at the University of Notre Dame (Indiana) has doubled the number of classrooms on campus and provides centralized multimedia instruction, controlled by classroom consoles. A 24-hour computer room is available to students, and faculty are provided with grants to adapt instructional materials for the new technology. (MSE)

Argues that, in the long run, computers may have overstated their application while playing down their specialties. Describes four ways computers in education can limit choice--the physical, the medium, money, and the content--and notes the falsity of "interactivity" for describing computer-oriented programs. (AEF)