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General System Theory

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Similar problems and conceptions have evolved in widely different fields ... it would be the way out of chaos and impending destruction of our present world. ... – PowerPoint PPT presentation

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Title: General System Theory


1
General System Theory
  • 2003.11.10
  • Daewon kim

2
Contents
  • Summary
  • General system theory in education
  • Science and society
  • Living machine and its limitation
  • Conclusion
  • Reference

3
Summary
  • Motivation of System theory
  • Similar problems and conceptions have evolved in
    widely different fields
  • There are general system laws which apply to any
    system
  • Definition of System
  • Sets of elements standing in interrelation
  • Type of System
  • Open, Closed system

4
Summary
  • System theory
  • There exist models, principle, and laws that
    apply to generalized systems or their subclasses
  • The whole is more that the sum of its parts
  • There are general system laws which apply to any
    system of a particular type
  • General theory of systems would be a useful tool
    and providing on models that can be used in
    different fields

5
General system theory in education
  • The education of scientific generalists
  • Need for a simpler, more unified approach to
  • scientific problems
  • we often hear that "one man can no longer cover a
    broad enough field and that "there is too much
    narrow specialization
  • Any research group needs a generalist
  • Generalist would naturally be concerned with
    system problems. These problems arise whenever
    parts are made into a balanced whole.

6
Science and society
  • Knowledge of the laws of physics is excellent,
  • - our technological control of inanimate nature
  • almost unlimited
  • Knowledge of biological laws is not so far
  • sufficient to allow for a good amount of
    biological technology in modern medicine and
    applied biology
  • The application of the modern methods of
    scientific agriculture, husbandry, etc would well
    suffice to sustain a human population
  • lacking is knowledge of the laws of human
    society, a sociological technology.

7
Science and society
  • The achievements of physics do efficient
    destruction
  • we have famines in vast parts of the world while
    harvests rot or are destroyed in other parts war
    and indiscriminate annihilation of human life,
    culture,
  • They are the outcome of the fact that we know and
    control physical forces only too well, biological
    forces tolerably well, and social forces not at
    all.
  • If we would have a well-developed science of
    human society and a corresponding technology, it
    would be the way out of chaos and impending
    destruction of our present world.

8
Living machine and its limitation
  • What is the difference between a normal, a sick
    and
  • a dead the standpoint of physics and chemistry ?
  • the difference is not definable
  • In terms of physics and chemistry,
  • a living organism is an aggregate of processes
    by means of chemical formulas, mathematical
    equations, and laws of nature.
  • These processes different in a living, sick or
    dead
  • The laws of physics do not tell a difference,
    they are not interested in whether dogs are alive
    or dead.
  • DNA molecule, protein, enzyme is determined by
    physical
  • or chemical laws, none is better and healthier
    than other.

9
Living machine and its limitation
  • We need Model to define and explain organism
  • Concept of animal by mechanical machine in 17th
    century
  • Muscle, heart by mechanical principle of levers,
    pumps
  • By heat engine when steam engine was introduced.
  • By cybernetic machine when self-regulating
    machine came
  • The machine model of organism has limitations
  • Origin of machine
  • Regulation
  • Living organism exchange of components metabolism

10
Conclusion
  • Know what system and system theory is
  • Important thing is not part but whole in system
  • To solve some problem in system, concern
  • whole system

11
Reference
  • Ludwig Von Bertalanffy (1968) General System
    theory Foundations, Development, Applications
  • http//www.bsu.edu/classes/flint/systems.html
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