The Harmonic Mind: Cognitive architectureMIT Press, 2006 |
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Página 9
... developed formally in Chapters 7-8 . As introduced in Chapter 6 and developed in detail in Chapter 9 , formal analysis reveals that many connectionist networks perform optimization : they compute those activation values for hidden and ...
... developed formally in Chapters 7-8 . As introduced in Chapter 6 and developed in detail in Chapter 9 , formal analysis reveals that many connectionist networks perform optimization : they compute those activation values for hidden and ...
Página 149
... developed slowly and in considerable detail . The remaining three principles will be discussed much more briefly in this chapter and the next and will be developed in later chapters ( primarily Chapters 7-9 , 11-12 ; see Table 2 : 1 ) ...
... developed slowly and in considerable detail . The remaining three principles will be discussed much more briefly in this chapter and the next and will be developed in later chapters ( primarily Chapters 7-9 , 11-12 ; see Table 2 : 1 ) ...
Página 238
... developed in this chapter may be a step toward going beyond the simplest version of ICS developed in this book , that governed by the linear approximation of Section 5 : 1.1 . In the terminology developed in Chapter 3 , these two uses ...
... developed in this chapter may be a step toward going beyond the simplest version of ICS developed in this book , that governed by the linear approximation of Section 5 : 1.1 . In the terminology developed in Chapter 3 , these two uses ...
Contenido
A Harmonic Grammar Account of Split | 54 |
Principles of the Integrated ConnectionistSymbolic Cognitive ArchitecturePaul | 63 |
Unification in Cognitive | 99 |
Derechos de autor | |
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Términos y frases comunes
activation pattern activation values activation vector algorithm analysis atomic binary trees Chapter circular convolution cognitive architecture cognitive science complex components connection connectionism connectionist computation connectionist networks connectionist realization constituents core Harmony corresponding D. E. Rumelhart defined denotes distributed representations dynamics elements encoded example feed-forward Figure filler/role formal languages Harmonic Grammar Harmony function Harmony maximization higher cognition higher-level Hinton input units integration J. L. McClelland layer learning Legendre linear linguistic mapping markedness maximizes Harmony mind/brain Miyata neural computation neural networks operations Optimality Theory Parallel distributed processing parse pattern of activity pattern realizing Paul Smolensky phonology position principles problem r₁ recursive role vectors Rumelhart Section Sejnowski semantic sentence simple string syllable symbolic computation symbolic structures syntactic syntax tensor product realization tensor product representations Theorem tion tree unaccusativity University vector space vectors realizing verb weight matrix well-formedness
Referencias a este libro
Neural-Symbolic Cognitive Reasoning Artur S. D'Avila Garcez,Luís C. Lamb,Dov M. Gabbay Vista previa limitada - 2009 |