Foundations of Language: Brain, Meaning, Grammar, EvolutionOUP Oxford, 24 янв. 2002 г. - Всего страниц: 498 How does human language work? How do we put ideas into words that others can understand? Can linguistics shed light on the way the brain operates? Foundations of Language puts linguistics back at the centre of the search to understand human consciousness. Ray Jackendoff begins by surveying the developments in linguistics over the years since Noam Chomsky's Aspects of the Theory of Syntax. He goes on to propose a radical re-conception of how the brain processes language. This opens up vivid new perspectives on every major aspect of language and communication, including grammar, vocabulary, learning, the origins of human language, and how language relates to the real world. Foundations of Language makes important connections with other disciplines which have been isolated from linguistics for many years. It sets a new agenda for close cooperation between the study of language, mind, the brain, behaviour, and evolution. |
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Стр. 14
... phonology and syntax are not always the same units that are connected between syntax and conceptual structure. For example, the inflected verb (the upper V in Fig. 1.1) is connected to the phonology (subscript f), where it appears as ...
... phonology and syntax are not always the same units that are connected between syntax and conceptual structure. For example, the inflected verb (the upper V in Fig. 1.1) is connected to the phonology (subscript f), where it appears as ...
Стр. 15
... phonology, since the clitic 'z' now must match two separate pieces of syntax at once, the Verb and the Tense. So changing the syntactic analysis to simplify one mapping makes the other mapping more complex. A third possibility is to ...
... phonology, since the clitic 'z' now must match two separate pieces of syntax at once, the Verb and the Tense. So changing the syntactic analysis to simplify one mapping makes the other mapping more complex. A third possibility is to ...
Стр. 25
... phonological distinctive feature notation (Fig. 1.2) encodes subdimensions such as consonanthood, voicing, and position of articulation within that subspace. The notation NP encodes a position in the subspace of “syntactic category ...
... phonological distinctive feature notation (Fig. 1.2) encodes subdimensions such as consonanthood, voicing, and position of articulation within that subspace. The notation NP encodes a position in the subspace of “syntactic category ...
Стр. 26
... phonological space that excludes all other positions. To simply sum them would be to say that the phonological part of state-space invoked by the sentence is simultaneously ð, ə, I, 1, and so on—a total mush. Rather it is necessary to ...
... phonological space that excludes all other positions. To simply sum them would be to say that the phonological part of state-space invoked by the sentence is simultaneously ð, ə, I, 1, and so on—a total mush. Rather it is necessary to ...
Стр. 31
... phonological structure from the auditory signal and then using that to arrive at the syntactic and conceptual structures. But a speaker presumably starts out with a meaning to express and develops a syntactic and phonological structure ...
... phonological structure from the auditory signal and then using that to arrive at the syntactic and conceptual structures. But a speaker presumably starts out with a meaning to express and develops a syntactic and phonological structure ...
Содержание
ARCHITECTURAL FOUNDATIONS | 105 |
SEMANTIC AND CONCEPTUAL FOUNDATIONS | 265 |
References | 431 |
Index | 463 |
Другие издания - Просмотреть все
Foundations of Language: Brain, Meaning, Grammar, Evolution Ray Jackendoff,Ray S. Jackendoff Ограниченный просмотр - 2002 |
Foundations of Language: Brain, Meaning, Grammar, Evolution Ray Jackendoff Недоступно для просмотра - 2003 |
Foundations of Language: Brain, Meaning, Grammar, Evolution Ray Jackendoff Недоступно для просмотра - 2003 |
Часто встречающиеся слова и выражения
activity appear approach architecture argument aspects brain Chapter Chomsky claim clause cognitive combination complex components conceptual conceptual structure concerned connection consider constraints construction corresponds course derivational descriptive determine developed direct discussion distinction encode English event evidence example expressed fact formal function grammar head human important individual instance integration interesting interface issue Jackendoff kinds language learning less lexical items lexicon linguistic logical meaning memory mind natural notation nouns object observed organization parallel particular perception phonological phrase position possible present principles problem processing productive proposed question reason reference referential relation relative role rules semantics sense sentence simple sort speakers specified stored stress structure suggested syntactic syntactic structure syntax theory things thought tier turn understanding Universal Grammar variables verb visual words