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  1. Generalized Quantifiers in Linguistics and Logic.D. Keenan & D. Westerstahl - 1997 - In J. F. A. K. Van Benthem, Johan van Benthem & Alice G. B. Ter Meulen (eds.), Handbook of Logic and Language. Elsevier. pp. 837--893.
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  • General semantics.David K. Lewis - 1970 - Synthese 22 (1-2):18--67.
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  • (1 other version)Generalized quantifiers and natural language.John Barwise & Robin Cooper - 1981 - Linguistics and Philosophy 4 (2):159--219.
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  • (1 other version)Generalized Quantifiers and Natural Language.Jon Barwise - 1980 - Linguistics and Philosophy 4:159.
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  • On the grammar and processing of proportional quantifiers: most versus more than half.Martin Hackl - 2009 - Natural Language Semantics 17 (1):63-98.
    Abstract Proportional quantifiers have played a central role in the development of formal semantics because they set a benchmark for the expressive power needed to describe quantification in natural language (Barwise and Cooper Linguist Philos 4:159–219, 1981). The proportional quantifier most, in particular, supplied the initial motivation for adopting Generalized Quantifier Theory (GQT) because its meaning is definable as a relation between sets of individuals, which are taken to be semantic primitives in GQT. This paper proposes an alternative analysis of (...)
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  • The meaning of 'most': Semantics, numerosity and psychology.Paul Pietroski, Jeffrey Lidz, Tim Hunter & Justin Halberda - 2009 - Mind and Language 24 (5):554-585.
    The meaning of 'most' can be described in many ways. We offer a framework for distinguishing semantic descriptions, interpreted as psychological hypotheses that go beyond claims about sentential truth conditions, and an experiment that tells against an attractive idea: 'most' is understood in terms of one-to-one correspondence. Adults evaluated 'Most of the dots are yellow', as true or false, on many trials in which yellow dots and blue dots were displayed for 200 ms. Displays manipulated the ease of using a (...)
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  • The Semantics of Comparatives and Other Degree Constructions.Roger Schwarzschild - unknown
    (1) is an example of an adjectival comparative. In it, the adjective important is flanked by more and a comparative clause headed by than. This article is a survey of recent ideas about the interpretation of comparatives, including (i) the underlying semantics based on the idea of a threshold; (ii) the interpretation of comparative clauses that include quantifiers (brighter than on many other days); (iii) remarks on differentials such as much in (1) above: what they do in the comparative and (...)
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  • The construction of large number representations in adults.Elizabeth Spelke & Hilary Barth - 2003 - Cognition 86 (3):201-221.
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  • A unified approach to split scope.Klaus Abels & Luisa Martí - 2010 - Natural Language Semantics 18 (4):435-470.
    The goal of this paper is to propose a unified approach to the split scope readings of negative indefinites, comparative quantifiers, and numerals. There are two main observations that justify this approach. First, split scope shows the same kinds of restrictions across these different quantifiers. Second, split scope always involves low existential force. In our approach, following Sauerland, natural language determiner quantifiers are quantifiers over choice functions, of type <<,t>,t>. In split readings, the quantifier over choice functions scopes above other (...)
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  • (2 other versions)On a generalization of quantifiers.Andrzej Mostowski - 1957 - Fundamenta Mathematicae 44 (2):12--36.
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  • Neural basis for generalized quantifiers comprehension.C. T. Mcmillan, R. Clark, P. Moore, C. Devita & M. Grossman - 2005 - Neuropsychologia 43:1729--1737.
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  • Semantics and comprehension.Herbert H. Clark - 1976 - The Hague: Mouton.
    No detailed description available for "Semantics and Comprehension".
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