One section of the book which gives this field its name notes that the difference between Pavolv's conditioned patterns and Locke's "contiguity" is that Pavlov's patterns have an "affective tone".
One section of the book which gives this field its name notes that the difference between Pavolv's conditioned patterns and Locke's "contiguity" is that Pavlov's patterns have an "affective tone". Another section combines Gibb's statistical mechanics and Lebesgue's theories of integration, while yet another contrasts Newtonian "reversible" cause-and-effect time with Bergsonian time appropriate to the "living organism". In another section, images of a ship's rudder control, homeostasis, driving on ice, and "Parkonsonianism" are juxtaposed in order to examine the "postural", "positive" and "negative" types of one of the section's titular concepts. This section is entitled "Feed-back and Oscillation" and also discusses separating radio signal from noise. For ten points name this field which studies information and control systems, elucidated in a book of the same name by Norbert Wiener.
One section of the book which gives this field its name notes that the difference between Pavolv's conditioned patterns and Locke's "contiguity" is that Pavlov's patterns have an "affective tone".
Cybernetics