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Sullivan, Robert Francis – 1982
The open-systems model of instructional development (ID) proposed for use in both educational and non-educational organizations is based on an extensive examination of ID, the systems and communication/consulting literature, and the results of a nationwide survey of 750 currently active ID professionals in both higher education and…
Descriptors: Business, Higher Education, Industrial Training, Instructional Development
Tennyson, Robert D. – Educational Technology, 1987
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…
Descriptors: Artificial Intelligence, Computer Assisted Instruction, Educational Strategies, Instructional Design
Becker, Lee A. – Programmed Learning and Educational Technology, 1987
Presents and develops a general model of the nature of a learning system and a classification for learning systems. Highlights include the relationship between artificial intelligence and cognitive psychology; computer-based instructional systems; intelligent instructional systems; and the role of the learner's knowledge base in an intelligent…
Descriptors: Artificial Intelligence, Classification, Cognitive Psychology, Computer Assisted Instruction
Hunt, Graham J. F. – Programmed Learning and Educational Technology, 1984
A research-derived integrated system of curriculum development and instructional delivery called NEBEAT (Needs Based Education and Training) is described in relation to more traditional-behaviorally-based systems models. Four major components of curriculum design are examined as features which differentiate NEBEAT from its antecedents. (Author/MBR)
Descriptors: Behavioral Objectives, Criterion Referenced Tests, Curriculum Development, Educational Research
Driscoll, Marcy P. – Journal of Instructional Development, 1984
Focuses on alternative paradigms to experimental inquiry useful to instructional systems researchers, including quasi-experimentation, meta-analysis, case study and ethnography, systems-based evaluation, and technique and model development. Each is discussed in terms of how it generally applies in the field and how it has been employed by…
Descriptors: Case Studies, Cost Effectiveness, Ethnography, Instructional Systems
Merrill, M. David – Journal of Computer-Based Instruction, 1987
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)
Descriptors: Authoring Aids (Programing), Computer Assisted Instruction, Instructional Design, Instructional Systems
Peer reviewed Peer reviewed
Allen, Brockenbrough S.; Merrill, M. David – Journal of Educational Computing Research, 1985
Presents a theoretical framework for designing computer-based systems that guide students in learning strategy selection; compares theories for determining when system-assigned strategies will promote knowledge and skill acquisitions; reviews relationship between learning and instructional strategies; and outlines potential applications of…
Descriptors: Aptitude Treatment Interaction, Cognitive Processes, Cognitive Style, Computer Assisted Instruction
Oxford-Carpenter, Rebecca L.; And Others – 1984
This paper presents an evaluation of Army job training development and testing practices, with a focus on Advanced Individual Testing. Information comes from intensive interviews with school instructors and from observations in the schools. Results indicate that some aspects of the Instructional Systems Development (ISD) model have been…
Descriptors: Adults, Criterion Referenced Tests, Instructional Development, Instructional Systems
Schmid, Richard F.; Gerlach, Vernon S. – Educational Communication and Technology, 1986
Describes algorithms and shows how they can be applied to the design of instructional systems by relating them to a standard information processing model. Two studies are briefly described which tested serial and parallel processing in learning and offered guidelines for designers. Future research needs are also discussed. (LRW)
Descriptors: Algorithms, Branching, Cognitive Psychology, Futures (of Society)