Discusses a research program at Utah State University that is developing an advanced instructional design theory to help produce an integrated computer-based system. Highlights include a theoretical base that organizes knowledge about instructional design, a methodology for representing domain knowledge; miniexpert systems; instructional…

A cybernetic subcomponent is proposed which can gather the necessary information and make the operating decisions to allow one system of instruction (M.D. Merrill's) to respond to and provide for differential needs within the individual learner. (Merrill's system divides the universe of instructional objectives into a taxonomy of seven categories,…

Discusses the need for improved methodologies and tools to guide the design and development of interactive technology-based instructional materials. Topics discussed include mental models; knowledge representation; knowledge analysis and acquisition systems; the effectiveness of instructional transactions; strategy analysis systems for…

Discussion of instructional transaction theory focuses on knowledge representation in an automated instructional design expert system. A knowledge structure called PEA-Net (processes, entities, and activities) is explained; the refrigeration process is used as an example; text resources and graphic resources are described; and simulations are…

Describes the TICCIT system and its underlying learner control design, and discusses current research findings and projected research in studies investigating the extent to which students can be assisted in developing internal adaptive models to control their conscious cognitive processing when interacting with a variety of instructional systems.…

Describes instructional transactions as patterns of learner interactions designed to enable learners to acquire certain kinds of knowledge or skill and identifies four primary components of an interaction shell: interactions and an interaction manager, instructional parameters, a knowledge base, and a resource database. Transaction shell authoring…

Describes ongoing work in designing modular software components based on open standards and a specific instructional design theoryuinstructional transaction theory. Focuses on applied technological solutions to overcome identified limitations of current authoring environments, including proprietary architectures, instructional design theory…

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…

Outlines Component Design Theory, which is based on the author's earlier Component Display Theory, and provides the instructional design guidance needed for experiential computer based instructional systems. Highlights include a contrast between tutorial and experiential instructional models, content structures, consistency rules, instructional…

Presents a series of six prescriptions for constructing an authoring system that guides the instructional design process used to create computer-based lessons. The importance of providing opportunities for dynamic interaction between the program and the student is emphasized. (Author/LRW)

Reviews instructional design techniques that are suggested for improving the quality and effectiveness of educational software. Three areas of instructional design are addressed: (1) instructional strategies, including provision, examples and active feedback; (2) screen display, including text style variety; and (3) human factors, including…