Second International Work-Conference on the Interplay between Natural and Artificial Computation, IWINAC 2007, La Manga del Mar Menor, Spain, June 18-21, 2007 : proceedings / José Mira, José R. Álvarez (eds.).

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(2nd : International Work-Conference on the Interplay Between Natural and Artificial Computation (2nd : 2007 : Manga del Mar Menor, Spain)

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Material type: Text

text

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computer

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online resource

ISBN:

9783540730538
3540730532
3540730524
9783540730521
3540730540
9783540730545

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Additional physical formats: Print version:: Second International Work-Conference on the Interplay between Natural and Artificial Computation, IWINAC 2007, La Manga del Mar Menor, Spain, June 18-21, 2007.DDC classification:

573.8/60113 22

LOC classification:

QP376 .I595 2007aeb

NLM classification:

2007 H-211
QH 324.8

Other classification:

TP18-532
DAT 500f

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Contents:

pt. I. Bio-inspired modeling of cognitive tasks -- pt. 2. Nature inspired problem-solving methods in knowledge engineering.

Abstract: The Semantic Gap ThereisasetofrecurrentproblemsinAIandneurosciencewhichhaverestricted their progress from the foundation times of cybernetics and bionics.Abstract: These pr- lems have to do with the enormous semantic leap that exists between the ont- ogy of physical signals and that of meanings.Abstract: Between physiologyand cognition.Abstract: Between natural languageand computer hardware.Abstract: We encounter this gap when we want to formulate computationally the cognitive processes associated with reasoning, planning andthe controlofactionand, infact, allthe phenomenology associated with thought and language.Abstract: All "bio-inspired" and "interplay" movement between the natural and ar-?cial, into which our workshop (IWINAC)?ts, faces this same problem every two yearsAbstract: We know how to model and reproduce those biological processes that areassociatedwith measurablephysicalmagnitudes and, consequently, we know howto designandbuild robotsthatimitate the correspondingbehaviors. Onthe other hand, we have enormous di?culties in understanding, modeling, formal- ing and implementing all the phenomenology associatedwith the cognition?eld.Abstract: We do not know the language of thought.Abstract: We mask our ignorance of conscience with the term emergentism.

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Includes bibliographical references and author index.

pt. I. Bio-inspired modeling of cognitive tasks -- pt. 2. Nature inspired problem-solving methods in knowledge engineering.

Print version record.

The Semantic Gap ThereisasetofrecurrentproblemsinAIandneurosciencewhichhaverestricted their progress from the foundation times of cybernetics and bionics.

These pr- lems have to do with the enormous semantic leap that exists between the ont- ogy of physical signals and that of meanings.

Between physiologyand cognition.

Between natural languageand computer hardware.

We encounter this gap when we want to formulate computationally the cognitive processes associated with reasoning, planning andthe controlofactionand, infact, allthe phenomenology associated with thought and language.

All "bio-inspired" and "interplay" movement between the natural and ar-?cial, into which our workshop (IWINAC)?ts, faces this same problem every two years

We know how to model and reproduce those biological processes that areassociatedwith measurablephysicalmagnitudes and, consequently, we know howto designandbuild robotsthatimitate the correspondingbehaviors. Onthe other hand, we have enormous di?culties in understanding, modeling, formal- ing and implementing all the phenomenology associatedwith the cognition?eld.

We do not know the language of thought.

We mask our ignorance of conscience with the term emergentism.