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The Use of Hebbian Cell Assemblies for Nonlinear Computation.The minimal complexity of adapting agents increases with fitnessMethodological Problems on the Way to Integrative Human NeuroscienceModeling Sustainable Food SystemsSituation awareness systems, states and processes: a holistic frameworkThe observers' paradox: apparent computational complexity in physical systemsWhat Differences Make a Difference?Artificial evolution by viability rather than competition.Integrated System Design: Promoting the Capacity of Sociotechnical Systems for Adaptation through Extensions of Cognitive Work Analysis.What is rational about killing a patient with an overdose?: enlightenment, continental philosophy and the role of the human subject in system failure.On asking the right questions.On the role of general system theory for functional neuroimaging.Emotion: The Self-regulatory Sense.Using artificial neural networks and the Gutenberg-Richter power law to "rightsize" a behavioral health care system.Closed-loop brain-machine-body interfaces for noninvasive rehabilitation of movement disordersThe role of internal and external constructive processes in evolution.A dynamic social systems model for considering structural factors in HIV prevention and detection.The emergence of behavioral regulation during fetal development.Designing effective human-automation-plant interfaces: a control-theoretic perspective.Migraine--new perspectives from chaos theory.Occupational Macroergonomics: Principles, Scope, Value, and MethodsSurrogacy theory and models of convoluted organic systems.Exploring Demand and Provision in English Child Protection Services.Multidimensional control of cell structural robustness.Robustness as a non-localizable relational phenomenon.Comparing the value of service between a state hospital and a private, for-profit psychiatric hospital: a clarified role for tertiary care.Allostatic Self-efficacy: A Metacognitive Theory of Dyshomeostasis-Induced Fatigue and Depression.Nonlinear dynamics of team performance and adaptability in emergency response.Nonlinear dynamical systems for theory and research in ergonomics.The Sonda Project: prevention, prediction, and psychological disorder.The study of infant-environment interaction: some comments on trends and methodologies.Living in living cities.Ergonomics issues in future systems.Community-driven learning activities, creating futures: 30,000 people can't be wrong - can they?Hierarchical structure of biological systems: a bioengineering approach.Modeling the neurodynamic organizations and interactions of teams.Effects of physical exertion on task performance in modern manufacturing: a taxonomy, a review, and a model.Living systems theory as a paradigm for organizational behavior: understanding humans, organizations, and social processes.Commentary: change.On the history of Ludwig von Bertalanffy's "General Systemology", and on its relationship to cybernetics - part III: convergences and divergences
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description
New York,J. Wiley,1956. | MBLWHOI Library View Book
@en
publicatie
@nl
name
An introduction to cybernetics
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An introduction to cybernetics
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type
label
An introduction to cybernetics
@en
An introduction to cybernetics
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prefLabel
An introduction to cybernetics
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An introduction to cybernetics
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P243
P356
P648
P1476
An introduction to cybernetics
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P243
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10.5962/BHL.TITLE.5851
P407
P577
1956-01-01T00:00:00Z
P648
OL6202924M
P724
introductiontocy00ashb