Organizational Development: A Manual for Managers and ... - FPDL
Organizational Development: A Manual for Managers and ... - FPDL
Organizational Development: A Manual for Managers and ... - FPDL
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Recognition of a signal from another organism implies that both the ‘sender’ <strong>and</strong> ‘receiver’ use the<br />
same system of allocating meanings to artificial phenomena that are used as signals. That is a<br />
system of coding. As a result of coding, something that is not a natural signal in itself becomes a<br />
signal, but an artificial one. The common system of coding that is used by different organisms is<br />
called language.<br />
One artificial signal marks one situation or one detectable class of situations. To mark many<br />
situations one would need many signals or many phenomena that are used as signals. That may<br />
cause a problem.<br />
Luckily, allocating meanings to certain combinations of artificial signals may drastically reduce the<br />
number of necessary physical signals. Each closed eye (when normally open), may represent only<br />
one possible meaning. Two eyes may represent four (left closed, right closed, both closed, both<br />
opened). Is it a kind of emergent quality? Yes. And it is increasingly significant as a larger number<br />
of signals <strong>and</strong> their allowed <strong>and</strong> recognizable combinations are used.<br />
These combined signals are words. Simple signals, which are elements of complex signals <strong>and</strong> do<br />
not have any meaning taken separately, become symbols (like letters in a word). Sometimes we<br />
also use the term symbol <strong>for</strong> a simple artificial signal, which still possesses a specific meaning - a<br />
flag, a ring, <strong>and</strong> a diadem.<br />
Process of in<strong>for</strong>mation<br />
A natural signal may only mark the situation that is taking place, here <strong>and</strong> now. An artificial signal<br />
may mark a situation, which does not exist in reality, here <strong>and</strong> now, but is imprinted in the<br />
memories of both sender <strong>and</strong> receiver of the signal. The signal would stimulate an image of the<br />
situation, <strong>and</strong> other signals may link it with certain meanings. The combination of signals (there<br />
may be symbols or words, it does not matter) may represent certain interrelations of real<br />
phenomena.<br />
Thus, the content of memory may be represented in a range of signals <strong>and</strong> become transferable to<br />
the memory of another organism, providing both use the same language. In this way, the content<br />
of the memory of the sender would add to the content of the memory of the receiver. Thus the<br />
receiver’s memory may be <strong>for</strong>med not only by his own immediate experience, but also by the<br />
experience of ‘a stranger’.<br />
Using artificial signals allows one organism to change the picture of the world in the memory of<br />
another organism or many others. This process we call in<strong>for</strong>mation. In this sense, the word<br />
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