Systems Research for Behavioral Science

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A. D. Hall
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anatol
Anatol Rapoport
Author_Walter Buckley
Black Box
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Category=JMA
Charles W. Richard
Charles W. Slack
Circuitous
Common Language
cybernetics applications
Dense
Donald M. Mackay
entropy
entropy in biology
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Feedback
feedback mechanisms
Follow
Frictions
Galanter Eugene
general
general systems theory
George A. Miller
Gordon W. Allport
Hold
interdisciplinary systems theory research
John von Neumann
Joseph M. Notterman
K. M. Khailov
Karl H. Pribram
Karl W. Deutsch
Kenneth E. Boulding
Learning Net
Living Organism
Ludwig Von Bertalanffy
Maxwell's Demon
Maxwell’s Demon
Mead
mismatch
mold
negative
Negative Entropy
Norbert. Wiener
O. H. Mowrer
Purcell Edward
Purposeful Behavior
R. E. Fagen
R. W. Gerard
rapoport
Rapoport Anatol
Reflex Arc
Robert Redfield
Sanford J. Freedmans
self-organizing models
Shibutani Tamotsu
signals
slime
Social Organizations
Social System
social systems analysis
Superimposed
Switchboards
Telecommunications
theory
Trumbull Richard
Unstable
V. I. Kremyanskiy
Vice Versa
Vickers Geoffrey
Violated
W. Ross Ashby
Walter Buckley
Walter H. Pitts
Warren S. Mcculloch
Wave Length
William J. Horvath
Wo

Product details

  • ISBN 9781138533783
  • Weight: 453g
  • Dimensions: 178 x 254mm
  • Publication Date: 09 Aug 2017
  • Publisher: Taylor & Francis Ltd
  • Publication City/Country: GB
  • Product Form: Hardback
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Systems Research for Behavioral Science will be of interest to those in any discipline concerned with developments in science. It is addressed principally to the student of human behavior as that study is approached from the social side.Previously, the study of human behavior was the general area of science that had been slowest to respond to the exciting challenge of the modern systems outlook. Yet it is behavioral science that stands to gain the most from insights into the workings of more complex systems.

The editor presents not only a fair selection of systems research in behavioral science, but also provides an extensive selection of important statements of general principles, including several already considered classics. Hence, this sourcebook may function in part as a principles text, exposing the initiate to original pioneering statements as well as later work inspired by them, and alerting the sizeable number of underexposed scholars who are over-familiar with the few terms such as feedback, boundary, input, and output, that there are much greater depths to plumb than meet the eye in semi-popular accounts of cybernetics.

This volume is an overview of thinking that reflects a trend toward the system point of view. Some of the chapters are philosophical: they discuss the significance of the trend as a development in the contemporary philosophy of science. Some are inevitably detailed and technical. Still other chapters discuss the relevance of concepts that are central in the system approach, to particular fields of research. The picture that emerges is far from that of a unified theory. It is an open question whether much progress can be made by attempts to construct a "unified theory of systems" on some rigorous axiomatic base.

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