Discusses the concepts of instructional theory and their application in the design of instructional and training packages, particularly computer-assisted instruction programs. (12 references) (CLB)

Introduces some general concepts and techniques of artificial intelligence (natural language interfaces, expert systems, knowledge bases and knowledge representation, heuristics, user-interface metaphors, and object-based environments) and investigates ways these techniques might be applied to analysis, design, development, implementation, and…

Defines cognitive computer tools as software programs that use the control capabilities of computers to amplify, extend, or enhance human cognition; suggests seven ways in which computers can aid learning; and describes the "Learning Tool," a software package for the Apple Macintosh microcomputer that is designed to aid learning of…

Defines the discipline of instructional science, discusses its applications, and reviews three instructional models--the component theory display, elaboration theory of instruction, and motivational design of instruction--to illustrate the kind of integrative, multi-perspectived common knowledge base needed at this point in the development of…

Proposes an instructional design model which bridges the gap between the cognitive psychology and instructional design field. The model predicts when learning of task components will occur and suggests which components of a task should receive training. The proposed decomposition model guides task analysis when designing instruction of…

Describes the variety of types of products produced by instructional designers, discusses the role of the designer, lists the critical instructional design attributes needed by instructors who design and implement loosely structured instructional products, and discusses prototype evaluation methods for less flexible, instructor-centered products.…

Designed to promote cooperative efforts between researchers in artificial intelligence and instruction for the development of future computer-delivered instructional systems, this article contrasts intelligent computer-assisted instruction (ICAI) and traditional computer-based instruction (CBI) in terms of the basic philosophies underlying their…

The Minnesota Adaptive Instructional System research program investigates variables and conditions that improve learning through adaptive instructional strategies. The macro- level component of the system includes a learner model, knowledge base, and expert tutor model. At the micro-level there are nine variables which form the possible…

Reviews the concepts and techniques used in developing textual materials that teach, focusing on those that have evolved during the trend toward programmed instruction. The possible application of cognitive psychology concepts to instructional material design is discussed. (21 references) (CLB)

Presents an instructional development model that incorporates formative evaluation techniques, and explores the possible application of the model in developing computer-assisted instruction courseware. Advantages and disadvantages of this approach are identified and implications for research on formative evaluation are discussed. (31 references)…

Suggests use of instructional theory to generate criteria for evaluating microcomputer courseware and describes one approach to its use. This approach identifies skills that the three courseware types--drill and practice, tutorial, and simulation--can teach, and then selects the instructional theory that most specifically addresses the identified…

Presents a model for instructional software design as a collaborative effort involving computer scientists and educators, which stresses the process of design through documentation. The documentation used to exchange information at each phase of the process is described, and the advantages of this model are discussed. (CLB)

Delineates the differences between simulators and training devices, and discusses the possibility of inadequate training when simulators are used as training devices. Guidelines for appropriate training device development using a behavioral learning approach are presented. (13 references) (CLB)

This study investigated whether computer science educational background makes secondary students more adept at using word processing capabilities, and compared computer science and non-computer science students' writing improvement with word processing use. Computer science students used more sophisticated program features but student writing did…

Discusses highlights of a literature review on guidelines for formative evaluation of courseware and the development of a formative evaluation instrument by the Kanata High Technology Training Association (Ottawa). The eight dimensions of the resultant questionnaire are listed and a copy of the evaluation instrument is included. (MBR)