Primary advantage of authoring languages is special subroutines facilitating educational programing; primary disadvantages are execution speed, memory limitations, and little gain in programing ease. Primary advantage of authoring systems is menu-driven editors; primary disadvantage is significant limitation in the frame-based branching programed…

Discusses collaborative authoring, computer-supported collaborative work and the reuse of multimedia courseware; describes a consolidated model, Open Systems for the Collaborative Authoring and Reuse (OSCAR) of courseware, that was drawn from other abstract models; and examines hypermedia systems, object-oriented communication models, and the…

This paper explores three components of academic computing--programming, productivity tools, and computer-based education--by reviewing the past, evaluating the present, and considering the future possibilities of the field. It is suggested that the future growth of academic computing depends upon the resolution of a number of issues: (1)…

Question and answer column about the CD ROM medium discusses: (1) optical storage devices available; (2) language teaching applications; (3) types of courseware available; (4) costs to hook up a CD ROM drive as a peripheral to an existing system; (5) how to go about developing and mastering a disk; and (6) mastering and replication costs.…

Discussion of courseware development for computer-based training (CBT) focuses on the effects of the use of authoring systems on courseware team roles and team communication. A team concept known as Team Integrated Productivity (TIP) is described and its possible effects on courseware development are discussed. (10 references) (LRW)

Presents a taxonomy describing various uses of artificial intelligence techniques in automated instructional development systems. Instructional systems development is discussed in relation to the design of computer-based instructional courseware; two systems being developed at the Air Force Armstrong Laboratory are reviewed; and further research…

Software systems are being created to assist both novice and expert instructional technologists in response to perceived need of organizations to increase their training. Underlying philosophies and goals of instructional developer automation tools and their potential effects upon the organizations who adopt them must be examined so they will help…

Discusses the use of computer simulations in an instructional context and emphasizes the need for learner support. The SIMULATE project (Simulation Authoring Tools Environment) is described, the concept of intelligent simulation learning environments (ISLEs) is explained, and a conceptual framework for articles included in this issue is presented.…

Education courses in BASIC remain a foundation of teacher training for computer use. Such courses do little more than re-invent programming structures that are already available in such educational programming languages (EPLs) as PILOT and TEACH. While BASIC is the only general programming language that is both simple and powerful enough to enable…

Discussion of courseware development focuses on a transaction shell approach that stresses flexibility and reusability of the courseware. Topics discussed include high-level programing languages, authoring languages, authoring systems, knowledge structures, and knowledge acquisition; and an example for applying the transaction shell approach to…

This discussion of authoring systems focuses on modes of computer-assisted learning delivery and criteria for their selection. Topics discussed include industry's use of authoring systems, a systems approach to designing courseware, media selection, learning strategies, instructional events that comprise learning situations, and cognitive…

Discussion of artificial intelligence (AI) and expert systems focuses on their use in education. Characteristics of good expert systems are explained; computer software programs that contain applications of AI are described, highlighting one used to help educators identify learning-disabled students; and the future of AI is discussed. (LRW)

Describes the evolution of courseware development and compares existing development methods, including traditional programing languages, authoring languages, and authoring systems. The use of a product which includes a customized courseware generator or authoring system is proposed, and an example is described that used HyperCard to teach the…

The question of ownership of courseware development decisions made by subject matter specialists working with skilled programmers, an issue arising from the team approach to developing high-quality courseware, is examined in the context of two universities' and one corporation's current use of the approach. (MSE)

Discussion of courseware for use with microcomputers focuses on criteria for selecting the appropriate authoring tool. Criteria are specified from the perspective of: (1) the content specialist or instructor; (2) the instructional designer or analyst; (3) the programer; and (4) the administrator of the instructional software. (42 references) (LRW)