By Myrna Estep (auth.)
This e-book is multi- and interdisciplinary in either scope and content material. It attracts upon philosophy, the neurosciences, psychology, computing device technology, and engineering in efforts to solve basic concerns in regards to the nature of rapid wisdom. nearly the 1st 1/2 the ebook is addressed to ancient ways to the query even if there's this sort of factor as speedy know-how, and if this is the case, what it'd be. This consists of reviewing arguments that a method or one other were provided as solutions to the query or methods of fending off it. it's also precise discussions of a few complicated questions on the half quick information performs in our over-all traditional intelligence. the second one 1/2 the booklet addresses elaborate and complicated concerns enthusiastic about the computability of speedy expertise because it is located in uncomplicated, traditional issues humans understand how to do, as weIl as in a few hugely awesome issues a few understand how to do. during the last 2,500 years, human tradition has came across, created, and equipped very strong instruments for spotting, classifying, and using styles present in the flora and fauna. the main strong of these instruments is arithmetic, the language of nature. The usual phenomenon of human understanding, of average intelligence regularly, is a truly richly textured set of styles which are hugely complicated, dynamic, self-organizing, and adaptive.
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Additional info for A Theory of Immediate Awareness: Self-Organization and Adaptation in Natural Intelligence
It is to those mathematical models that my model owes its origins. 43 This is the most primitive consciousness by which we come to know the world. I view immediate awareness on the model of a massively parallel-distributed processing network of primitive relations and terms, that is, epistemic complexes. Those primitive relations or categories within immediate awareness, I argue, form the overall hidden layer of a network or population of neurons, conceptualized as relations, where data (particulars) from all parts of the input layer are combined at individual neurons.
S. Bartletts'  study of thinking and skills acquisition, he observed that the movements of a novice are oscillatory. That is, the movements of a novice trying to perform are characterized by wavering and uncertainty as found in extreme oscillations [in a sense to be clarified later]. As a physical skill is mastered, one develops timing and a smooth coordination of touching and moving so that the oscillations are reduced and the actions flow continuously, seamlessly and smoothly. Moreover, this same kind of oscillatory wavering and uncertainty can be found in novices learning to do kinds of abstract operations with the mind.
Ultimately, we must also understand the highly complex interrelations between the multiplicity of these objects and our representations of the world. We especiall y need to focus on how immediate awareness is embedded within knowing how, since knowing how is largely the means by which immediate awareness is manifested in the public world. Based on the above considerations, I will explore certain computational approaches to kinds of knowing found within the intersection of immediate awareness and knowing how, called Boundary Set S.
A Theory of Immediate Awareness: Self-Organization and Adaptation in Natural Intelligence by Myrna Estep (auth.)