This article acquaints business educators with the equipment, terminology, and the wide range of applications microcomputers have in business education programs. Areas examined include hardware, software, computer-assisted instruction (drill and practice, simulation, and tutorial), computer-managed instruction, and word processing. (CT)

Acquaints the reader with the personal computer, emphasizing its use as an aid in the learning process; considers the types of hardware available and software related to educational uses; and offers advice to those just entering this area. (Author)

Thirty-four papers from a 1983 conference on the use of microcomputers in special education focus on specific applications of the new technology. An overview section, section 1, includes papers on computer literacy and daily living skills, considerations for marketing software, and the role of special educators in the information age. Section 2…

"Teacher Net" is described as a low cost computer network to provide computer assisted and managed instruction. The system consists of one microcomputer, an interface box, and as many as 16 keypads or keyboards for data input. The system can be used for independent student practice, assessment, group instruction, and data management.…

Delineates primary criteria for choosing a computer for instructional functions, such as computer literacy development; hands-on experience; new content or skills teaching; enrichment and remediation; and alternate learning strategies. Discusses memory size, programing and authoring languages, service warranties and maintenance, user networks, and…

Distinguishes between computer assisted instruction and computer managed instruction and relates some of their applications to the reading classroom. (FL)

Camelot is a microcomputer-based system for individualizing information in a variety of settings. The information is not prespecified in Camelot and, consequently, can take many forms including instruction, counseling, prescription, and task assignment. The basis for individualizing the information is also not predeclared; therefore, users can…

Outlines a plan for action for community college use of microcomputers to provide learning opportunities for adults. Focuses on aspects such as computer-assisted learning assessment, microcomputer acquisition, faculty development, and course software choices and features. (DMM)

Examines educational tasks in general computing, including computer-assisted instruction, computer-managed instruction, word processing, secretarial and business applications, time sharing, and networking to larger computers. (CT)

The report summarized findings from a study of organizational issues involved in the use of microcomputers in special education programs in 12 school districts. Background of the study and details on site selection were given. Features of the selected districts (urbanicity, number of schools, enrollment, predominant ethnicity, and number of…

Intended to teach instructors how to use the NovaNET computer system or the PLATO system to deliver instruction, this manual provides instructions for using both NovaNET, which supercedes PLATO, and the crouter software package, which is a general purpose tool for managing instruction on the NovaNET computer. This self-instructional manual is…

Discusses the diagnostic function and adaptability factor of computer-assisted instruction, computer-managed instruction, computer games, and computer simulations. (FL)

This paper describes the ACCOLADE (an alternative curriculum for computer literacy development) system in terms of its design goals, its components, an illustrative session with a learner, the computer-managed instruction subsystem, and a brief evaluation of a model pilot study. (Author/IRT)

THE FOLLOWING IS THE FULL TEXT OF THIS DOCUMENT (Except for the Evaluation Summary Table): VERSION: 3.3. PRODUCER: Hartley Courseware, Inc., Box 431, Dimondale, Michigan 48821. EVALUATION COMPLETED: January 1983 at the North Clackamas School District, Milwaukie, Oregon, and at Northwest Regional Educational Laboratory, Portland, Oregon. COST:…

In examining microcomputer uses in education, consideration must be given to hardware, software, and most importantly, the people who will use them. The educational software market is being affected by hardware manufacturers, educational publishers, independent software houses, user groups, and classroom teachers. Each of these groups has clearly…