CS vs. Generative

 

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Theory Typical Problems Data Linguistic Meaning Phonology Syntax CS vs. Generative

Contrasts Between Columbia School and Generative Frameworks

The following was adapted from the handout accompanying an oral presentation by Wallis Reid at the conference "Alternatives to Chomsky", held at Rutgers University, in September 2000.

The early outline of Columbia School theory emerged just as Chomsky’s Aspects of the Theory of Syntax appeared in the mid-sixties. While defining a linguistic position in terms of its relation to the Generative paradigm is no longer necessary, it is still a short-hand way of locating it on the linguistic map. Listed below are a series of pithy and provocative contrasts between the Columbia School framework and the Generative paradigm, many of which distinguish the Columbia School from various formal approaches as well.

Category Generative Paradigm Columbia School
Kinds of Problems Big questions about language and mind Small questions: Why do linguistic forms appear where they do?
Kind of Data Decontextualized sentences fabricated by the analyst Data drawn from extended discourse, context crucial to testing meanings
Nature of Language Language is essentially a representational system and only incidentally a communicative system. Language is essentially a communicative system (and not a representational system at all).
Basic Theoretical Unit The sentence The linguistic sign
Relation between Form and Meaning Sentences have a formal structure independent of its meaning structure. Linguistic form and linguistic meaning united in the linguistic sign.
Syntax Formal rules for what word sequences the language allows No syntax in that conventional sense
Grammaticality A bedrock irreducible fact about sentences An epiphenomenon that seems real chiefly to linguists
Nature of Linguistically Encoded Meaning Precise fractions of the message Imprecise hints and clues to the message
Relation between word and sentence ‘meaning’ Compositional relation Instrumental  relation, i.e. meanings help to communicate a message without necessarily being conceptual fractions of the message
Model of Communication A telementational  model of communication An inferential model of communication
Psychological Process of Speaker Rule-governed behavior Goal-directed behavior
Psychological Process of Hearer Decoding the message Inferring the message from the linguistic meanings signaled and the larger context.  Creative problem-solving.
Status of literal, a-contextual sentence ‘meaning’ A linguistic object that can be formally represented Personal psychological experience; not a linguistic object
Grammatical Categories A universal inventory of grammatical categories No universal inventory; language-particular grammatical categories
Object of Explanation Grammaticality, structure and meaning judgments; language  “acquisition” The phonetic and graphic output of people using language to communicate
Mode of Explanation Aspires to purely formal explanation Non-formal, functional explanation
Genetic endowment for language A language faculty consisting of formal and substantive linguistic universals Symbolic ability; problem-solving; jumping to conclusions; abduction
Species specificity of language Only human beings have language Some apes seem to be able to learn rudimentary language of a human kind (i.e.,  linguistic signs whose meanings bear an inferentially-mediated relation to the message.)
Faculty specificity The language faculty is independent of other psychological faculties. Both linguistic structure and language use are shaped by recognizable human psychological characteristics evident in other human behavior.