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Ramirez, Gabriel A. – Learning Organization, 2012
Purpose: Sustainability is, in itself, the idea of a harmonic answer to the dual nature of the most pressing problem for global society. Most of the problems dealing with sustainability concern its dual and contradictory nature. That paradoxical reality is in no way a unique feature of sustainability; its universal pervasiveness is demonstrated by…
Descriptors: Classification, Learning Processes, Cybernetics, Sustainable Development
PDF pending restorationWinn, William – 1974
In view of the apparent complexity and dynamism of the learner, only a systems approach to learning processes can provide a viable and practical frame of reference within which to conduct educational research. There are fundamental weaknesses in the current cybernetic model of learning, and therefore, it is useful to consider the learner as an…
Descriptors: Cybernetics, Information Theory, Learning Processes, Models
Peer reviewedColdeway, Dan O. – American Journal of Distance Education, 1987
Describes a model of instructional theory relevant to individualized distance education that is based on Keller's Personalized System of Instruction (PSI), behavior analysis, and the instructional systems development model (ISD). Systems theory is emphasized, and ISD and behavior analysis are discussed as cybernetic processes. (LRW)
Descriptors: Cybernetics, Distance Education, Individualized Instruction, Instructional Design
Jones, Thomas L. – 1971
A basic unsolved problem in science is that of understanding learning, the process by which people and machines use their experience in a situation to guide future action in similar situations. The ideas of Piaget, Pavlov, Hull, and other learning theorists, as well as previous heuristic programing models of human intelligence, stimulated this…
Descriptors: Artificial Intelligence, Computer Programs, Cybernetics, Eye Hand Coordination
Pask, Gordon – Progress in Biocybernetics, 1966
A minimal class of cybernetic models needed in making the transition from a description of control systems to a description of social systems is discussed. Several applications are considered in connection with studies of learning and creativity in individuals and small groups. Possible extrapolations of these to social systems are suggested.…
Descriptors: Automation, Behavior, Computer Science, Creativity

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