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I,
Cyborg
Kevin Warwick
Book
Description
On 14th March this year, Kevin Warwick, Professor of Cybernetics
at Reading University will have a computer chip surgically
inserted into his nervous system and then a week or so later,
when the safety of this operation has been ascertained,
a similar chip will be inserted into his wife. Both will
be linked to a computer. A key part of the experiment involves
the hope that emotions and experiences - such as intoxication,
anger, lust - will be read in terms of patterns of nervous
excitement from the chip into the computer and recorded,
then beamed back into the chip so that these feelings can
be re-experienced. When two people have chips will their
experiences be communicable? If one feels desire in New
York, will the other be able to feel it in London? In this
incredibly exciting and potentially ground-breaking experiment,
by making practical direct mind-to-mind communication, as
well as direct mind-to-computer communication, Kevin Warwick
will be changing forever just what it means to be human.
Synopsis
This title records what happened when, in February 2002,
the author and then his wife had computer chips placed into
their nervous systems, linked to a computer. Can their emotions
and experiences be read and recorded and beamed back into
the chips so that feelings can be re-experienced?
I
Cyborg first review, 4 August, 2002
Reviewer: tom_berman from Crewe, Cheshire United Kingdom
I Cyborg by Prof Kevin Warick is a fasinating insight into
real world research that sounds more like science fiction.
It charts his experiment to turn himself in the worlds firt
cyborg. It is a must buy for all those intersested in science
but is also a great book for anyone with a passing interest
in the future and what it will be like, as this is the future!
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Cybernetics
and Systems '92
Trappi, R. (University of Vienna and Austrian Society for
Cybernetic
Presents
papers which reflect recent research findings in cybernetics
and systems research. They were selected from draft papers
which were submitted to the 11th European meeting on cybernetics
and systems research.
Table of Contents
General systems methodology
mathematical systems theory
computer aided process interpretation
fuzzy sets
approximate reasoning and knowledge-based systems
designing and systems
humanity, architecture and conceptualization
biocybernetics and mathematical biology
cybernetics in medicine
cybernetics of socio-economic systems
systems, management and organization
cybernetics of national development
communication and computers
connectionism and cognitive processing
intelligent autonomous systems
artificial intelligence
impacts of artificial intelligence.
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