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Frequently Asked Questions
Click on this text to submit a question. Your question will be sent to the ASC executive and from there routed to the person who can best answer it. You will receive a direct email answer as soon as possible, but given the nature of things, you may have to wait a few weeks. If your question and the answer is likely to be of general interest, it will be published on this page, and that may take a couple of months. We are a small organization with few people to do the work.
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About Cybernetics
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What is the contribution of cybernetics to our understanding of
systems which determine their own goals?
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Paul Pangaro |
My interpretation of the question would depend on how he is using
the words system, determine, and goal. From the point of view of an external
observer, any entity that adapts to changing circumstances by adjusting
the limits on its "essential variables" is altering its goals, if we, as
observers, choose to use the word "goal" to describe what we see (the ultra
stable system). Many scientists/philosophers talk about living systems,
and some other adaptive systems, as having this capability. I have some
reservations about whether the use of the word "system" would be appropriate
here. These entities--living and adaptive--may better be referred to as
organisms or mechanisms which, in the context of an environment, form an
ecosystem. However, I question whether the word "goal" is appropriate when
talking about an ecological system--an organism(s) AND its environment.
The use of the word "determine" leads me to think that the questioner
may have in mind something else, namely entities that experience choice.
The phenomenon of choice--the conscious selection from alternatives--is
experienced by an observer, arising from within themselves as autonomous
entities/systems. The experience of choice among alternatives also includes
the experience of choice among goals. When I observe this in other entities,
I am projecting my experience onto that which I am observing. Without
my own experience of choice, I would have no basis for observing it in
others. I may describe the behavior of another entity from either the point
of view of choice or the point of view of adaptation, depending on what
is useful to me at the time, but I refuse to give up the notion that I
have the ability to choose.
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About Education |
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Greetings!
I'm a high school student researching the profession of the cyberneticist.
I would like some help. Could you please send me information on necessary
training, cost of that training, job opportunities, available pay, and
anything else which you may think is relevant.
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John Cirilli |
"Cyberneticist" is not really a profession but a scientific specialization
in which you can do research on various topics concerned with complex systems
and their organization and behavior. There are no official BSc or MSc degrees
in cybernetics as far as I know, but some universities offer MSc programs
in systems science, which is closely related, or PhD's in cybernetics.
For a partial list of centers providing such education see http://pespmc1.vub.ac.be/CYBSYSLI.html.
Most people doing cybernetics research have a degree in a related discipline,
e.g. computer science, engineering, mathematics, biology or psychology,
and then have specialized in cybernetics afterwards.
Job opportunities and related pay depend on your specific specialization.
Applications in computer technology or web development are likely to offer
many job opportunities while specializations in the more theoretical side
of cybernetics will offer much less. For all other information, please
check the web page http://pespmc1.vub.ac.be/CYBSYSTH.html
and the pages linked to it.
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General Systems Theory |
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Patricia Cummings March, 2000 |
Could you please, very briefly, compare and contrast general systems theory and cybernetics?
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Stuart Umpleby March, 2000 |
Cybernetics looks at communication and decision-making (control). General systems theorists are interested in similarities among systems, for example biological organisms and social systems. General systems theorists think their interests are more broad since they look at matter/energy relationships in addition to information relationships. Cyberneticians think their interests are more broad because general systems theory is, afterall, only a theory and hence is an object of study by cyberneticians. Cyberneticians have lately used a constructivist epistemology (theory of knowledge) whereas general systems theorists usually use a realist epistemology.
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