Homogeneity in Donkey Sentences *
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Semantics and Pragmatics
Semantics and Pragmatics Christopher Gauker Semantics deals with the literal meaning of sentences. Pragmatics deals with what speakers mean by their utterances of sentences over and above what those sentences literally mean. However, it is not always clear where to draw the line. Natural languages contain many expressions that may be thought of both as contributing to literal meaning and as devices by which speakers signal what they mean. After characterizing the aims of semantics and pragmatics, this chapter will set out the issues concerning such devices and will propose a way of dividing the labor between semantics and pragmatics. Disagreements about the purview of semantics and pragmatics often concern expressions of which we may say that their interpretation somehow depends on the context in which they are used. Thus: • The interpretation of a sentence containing a demonstrative, as in “This is nice”, depends on a contextually-determined reference of the demonstrative. • The interpretation of a quantified sentence, such as “Everyone is present”, depends on a contextually-determined domain of discourse. • The interpretation of a sentence containing a gradable adjective, as in “Dumbo is small”, depends on a contextually-determined standard (Kennedy 2007). • The interpretation of a sentence containing an incomplete predicate, as in “Tipper is ready”, may depend on a contextually-determined completion. Semantics and Pragmatics 8/4/10 Page 2 • The interpretation of a sentence containing a discourse particle such as “too”, as in “Dennis is having dinner in London tonight too”, may depend on a contextually determined set of background propositions (Gauker 2008a). • The interpretation of a sentence employing metonymy, such as “The ham sandwich wants his check”, depends on a contextually-determined relation of reference-shifting. -
Degrees As Kinds Vs. Degrees As Numbers: Evidence from Equatives1 Linmin ZHANG — NYU Shanghai
Degrees as kinds vs. degrees as numbers: Evidence from equatives1 Linmin ZHANG — NYU Shanghai Abstract. Within formal semantics, there are two views with regard to the ontological status of degrees: the ‘degree-as-number’ view (e.g., Seuren, 1973; Hellan, 1981; von Stechow, 1984) and the ‘degree-as-kind’ view (e.g., Anderson and Morzycki, 2015). Based on (i) empirical distinctions between comparatives and equatives and (ii) Stevens’s (1946) theory on the four levels of measurements, I argue that both views are motivated and needed in accounting for measurement- and comparison-related meanings in natural language. Specifically, I argue that since the semantics of comparatives potentially involves measurable differences, comparatives need to be analyzed based on scales with units, on which degrees are like (real) numbers. In contrast, since equatives are typically used to convey the non-existence of differences, equa- tives can be based on scales without units, on which degrees can be considered kinds. Keywords: (Gradable) adjectives, Comparatives, Equatives, Similatives, Levels of measure- ments, Measurements, Comparisons, Kinds, Degrees, Dimensions, Scales, Units, Differences. 1. Introduction The notion of degrees plays a fundamental conceptual role in understanding measurements and comparisons. Within the literature of formal semantics, there are two major competing views with regard to the ontological status of degrees. For simplicity, I refer to these two ontologies as the ‘degree-as-number’ view and the ‘degree-as-kind’ view in this paper. Under the more canonical ‘degree-as-number’ view, degrees are considered primitive objects (of type d). Degrees are points on abstract totally ordered scales (see Seuren, 1973; Hellan, 1981; von Stechow, 1984; Heim, 1985; Kennedy, 1999). -
Situation Theory: a Survey
ABSTRACT SITUATION THEORY: A SURVEY Situation semantics was developed as an alternative to possible-worlds semantics. While possible-worlds semantics defines the informational content of sentences in terms of complete descriptions of the way the world is or might be, situation semantics defines the informational content of sentences in terms of partial worlds called situations. Situation theory is a novel informational ontology developed to give situation semantics a rigorous mathematical foundation. In reviewing the literature, we observed that although there are a few texts introducing situation theory in varying levels of detail and systematicity, there has not yet been published, until now, a general survey of the situation-theory literature that might introduce and guide future scholars. We note that a similar, if perhaps less-pressing need exists for a survey of the situation-semantics literature, but regret that we must leave such a survey for others. Jacob Ian Lee December 2011 SITUATION THEORY: A SURVEY by Jacob Ian lee A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in Computer Science in the College of Science and Mathematics California State University, Fresno December 2011 © 2011 Jacob Ian Lee APPROVED For the Department of Computer Science: We, the undersigned, certify that the thesis of the following student meets the required standards of scholarship, format, and style of the university and the student's graduate degree program for the awarding of the master's degree. Jacob Ian Lee Thesis Author Todd Wilson (Chair) Computer Science Shigeko Seki Computer Science Shih-Hsi Liu Computer Science For the University Graduate Committee: Dean, Division of Graduate Studies AUTHORIZATION FOR REPRODUCTION OF MASTER’S THESIS X I grant permission for the reproduction of this thesis in part or in its entirety without further authorization from me, on the condition that the person or agency requesting reproduction absorbs the cost and provides proper acknowledgment of authorship. -
Natural Language Semantics
Logical Approaches to (Compositional) Natural Language Semantics Kristina Liefke, MCMP Summer School on Mathematical Philosophy for Female Students LMU Munich, July 28, 2014 This Session & The Summer School Many lectures/tutorials have presupposed the possibility of translating natural language sentences into interpretable logical formulas. But: This translation procedure has not been made explicit. 1 In this session, we introduce a procedure for the translation of natural language, which is inspired by the work of Montague: Kristina talks about Montague. Kristina k Montague m talk talk about about Kristina talks about Montague about (m, talk, k) 2 We will then use this procedure to provide a (formal) semantics for natural language. Montague Grammar The (Rough) Plan nat. lang. logical model-th. sentences formulas objects translation interpret’n K. talks talk (k) T À Compositional Semantics We will be concerned with compositional – not lexical – semantics: Lexical semantics studies the meaning of individual words: talk := “to convey or express ideas, thought, information etc. by means of speech” J K Compositional semantics studies the way in which complex phrases obtain a meaning from their constituents: Kristina = k Montague = m talk = talk about = about Kristina talks about Montague = about (m, talk, k) J K J K J K J K J K J K J K J K PrincipleJ (Semantic compositionality)K J K (Partee, 1984) The meaning of an expression is a function of the meanings of its constituents and their mode of combination. Compositional Semantics We will be concerned with compositional – not lexical – semantics: Lexical semantics studies the meaning of individual words. Compositional semantics studies the way in which complex phrases obtain a meaning from their constituents: Montague: Kristina = k0 Montague = m0 talk = talk0 about = about0 Kristina talks about Montague = about0(m0, talk0, k0) J K J K J K J K J K J K J K J K J ‘Word-prime semantics’ (CrouchK J and King, 2008),K cf. -
Anaphoric Reference to Propositions
ANAPHORIC REFERENCE TO PROPOSITIONS A Dissertation Presented to the Faculty of the Graduate School of Cornell University in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy by Todd Nathaniel Snider December 2017 c 2017 Todd Nathaniel Snider ALL RIGHTS RESERVED ANAPHORIC REFERENCE TO PROPOSITIONS Todd Nathaniel Snider, Ph.D. Cornell University 2017 Just as pronouns like she and he make anaphoric reference to individuals, English words like that and so can be used to refer anaphorically to a proposition introduced in a discourse: That’s true; She told me so. Much has been written about individual anaphora, but less attention has been paid to propositional anaphora. This dissertation is a com- prehensive examination of propositional anaphora, which I argue behaves like anaphora in other domains, is conditioned by semantic factors, and is not conditioned by purely syntactic factors nor by the at-issue status of a proposition. I begin by introducing the concepts of anaphora and propositions, and then I discuss the various words of English which can have this function: this, that, it, which, so, as, and the null complement anaphor. I then compare anaphora to propositions with anaphora in other domains, including individual, temporal, and modal anaphora. I show that the same features which are characteristic of these other domains are exhibited by proposi- tional anaphora as well. I then present data on a wide variety of syntactic constructions—including sub- clausal, monoclausal, multiclausal, and multisentential constructions—noting which li- cense anaphoric reference to propositions. On the basis of this expanded empirical do- main, I argue that anaphoric reference to a proposition is licensed not by any syntactic category or movement but rather by the operators which take propositions as arguments. -
A Guide to Dynamic Semantics
A Guide to Dynamic Semantics Paul Dekker ILLC/Department of Philosophy University of Amsterdam September 15, 2008 1 Introduction In this article we give an introduction to the idea and workings of dynamic se- mantics. We start with an overview of its historical background and motivation in this introductory section. An in-depth description of a paradigm version of dynamic semantics, Dynamic Predicate Logic, is given in section 2. In section 3 we discuss some applications of the dynamic kind of interpretation to illustrate how it can be taken to neatly account for a vast number of empirical phenom- ena. In section 4 more radical extensions of the basic paradigm are discussed, all of them systematically incorporating previously deemed pragmatic aspects of meaning in the interpretational system. Finally, a discussion of some more general, philosophical and theoretical, issues surrounding dynamic semantics can be found in section 5. 1.1 Theoretical Background What is dynamic semantics. Some people claim it embodies a radical new view of meaning, departing from the main logical paradigm as it has been prominent in most of the previous century. Meaning, or so it is said, is not some object, or some Platonic entity, but it is something that changes information states. A very simple-minded way of putting the idea is that people uses languages, they have cognitive states, and what language does is change these states. “Natu- ral languages are programming languages for minds”, it has been said. Others build on the assumption that natural language and its interpretation is not just concerned with describing an independently given world, but that there are lots of others things relevant in the interpretation of discourse, and lots of other functions of language than a merely descriptive one. -
Introduction to Montague Semantics Studies in Linguistics and Philosophy
INTRODUCTION TO MONTAGUE SEMANTICS STUDIES IN LINGUISTICS AND PHILOSOPHY formerly Synthese Language Library Managing Editors: GENNORO CHIERCHIA, Cornwell University PAULINE JACOBSON, Brown University Editorial Board: EMMON BACH, University of Massachusetts at Amherst JON BARWISE, CSLI, Stanford JOHAN VAN BENTHEM, Mathematics Institute, University of Amsterdam DAVID DOWTY, Ohio State University, Columbus GERALD GAZDAR, University of Sussex, Brighton EWAN KLEIN, University of Edinburgh BILL LADUSA W, University of California at Santa Cruz SCOTT SOAMES, Princeton University HENRY THOMPSON, University of Edinburgh VOLUM E 11 INTRODUCTION TO MONTAGUE SEMANTICS by DA VID R. DOWTY Dept. of Linguistics, Ohio State University, Columbus ROBERT E. WALL Dept. of Linguistics, University of Texas at Austin and STANLEY PETERS CSLI, Stanford KLUWER ACADEMIC PUBLISHERS DORDRECHT I BOSTON I LONDON library of Congress Cataloging in Publication Data Dowty, David R. Introduction to Montague semantics. (Syn these language library; v. 11) Bibliography: p. Includes index. 1. Montague grammar. 2. Semantics(philosophy). 3. Generative grammar. 4. Formal languages-Semantics. I. Wall, Robert Eugene, joint author. II. Peters, Stanley, 1941- joint author. III. Title. IV. Series P158.5D6 415 80-20267 ISBN-13: 978-90-277-1142-7 e-ISBN-13978-94-009-9065-4 DOl: 10.1007/978-94-009-9065-4 Published by Kluwer Academic Publishers, P.O. Box 17,3300 AA Dordrecht, The Netherlands. Kluwer Academic Publishers incorporates the publishing programmes of D. Reidel, Martinus Nijhoff, Dr W. Junk and MTP Press. Sold and distributed in the U.S.A. and Canada by Kluwer Academic Publishers, 101 Philip Drive, Norwell, MA 02061, U.S.A. In all other countries, sold and distributed by Kluwer Academic Publishers Group, P.O. -
Chapter 3 Describing Syntax and Semantics
Chapter 3 Describing Syntax and Semantics 3.1 Introduction 110 3.2 The General Problem of Describing Syntax 111 3.3 Formal Methods of Describing Syntax 113 3.4 Attribute Grammars 128 3.5 Describing the Meanings of Programs: Dynamic Semantics 134 Summary • Bibliographic Notes • Review Questions • Problem Set 155 CMPS401 Class Notes (Chap03) Page 1 / 25 Dr. Kuo-pao Yang Chapter 3 Describing Syntax and Semantics 3.1 Introduction 110 Syntax – the form of the expressions, statements, and program units Semantics - the meaning of the expressions, statements, and program units. Ex: the syntax of a Java while statement is while (boolean_expr) statement – The semantics of this statement form is that when the current value of the Boolean expression is true, the embedded statement is executed. – The form of a statement should strongly suggest what the statement is meant to accomplish. 3.2 The General Problem of Describing Syntax 111 A sentence or “statement” is a string of characters over some alphabet. The syntax rules of a language specify which strings of characters from the language’s alphabet are in the language. A language is a set of sentences. A lexeme is the lowest level syntactic unit of a language. It includes identifiers, literals, operators, and special word (e.g. *, sum, begin). A program is strings of lexemes. A token is a category of lexemes (e.g., identifier). An identifier is a token that have lexemes, or instances, such as sum and total. Ex: index = 2 * count + 17; Lexemes Tokens index identifier = equal_sign 2 int_literal * mult_op count identifier + plus_op 17 int_literal ; semicolon CMPS401 Class Notes (Chap03) Page 2 / 25 Dr. -
Minimal Pronouns1
1 Minimal Pronouns1 Fake Indexicals as Windows into the Properties of Bound Variable Pronouns Angelika Kratzer University of Massachusetts at Amherst June 2006 Abstract The paper challenges the widely accepted belief that the relation between a bound variable pronoun and its antecedent is not necessarily submitted to locality constraints. It argues that the locality constraints for bound variable pronouns that are not explicitly marked as such are often hard to detect because of (a) alternative strategies that produce the illusion of true bound variable interpretations and (b) language specific spell-out noise that obscures the presence of agreement chains. To identify and control for those interfering factors, the paper focuses on ‘fake indexicals’, 1st or 2nd person pronouns with bound variable interpretations. Following up on Kratzer (1998), I argue that (non-logophoric) fake indexicals are born with an incomplete set of features and acquire the remaining features via chains of local agreement relations established in the syntax. If fake indexicals are born with an incomplete set of features, we need a principled account of what those features are. The paper derives such an account from a semantic theory of pronominal features that is in line with contemporary typological work on possible pronominal paradigms. Keywords: agreement, bound variable pronouns, fake indexicals, meaning of pronominal features, pronominal ambiguity, typologogy of pronouns. 1 . I received much appreciated feedback from audiences in Paris (CSSP, September 2005), at UC Santa Cruz (November 2005), the University of Saarbrücken (workshop on DPs and QPs, December 2005), the University of Tokyo (SALT XIII, March 2006), and the University of Tromsø (workshop on decomposition, May 2006). -
Situations and Individuals
Forthcoming with MIT Press Current Studies in Linguistics Summer 2005 Situations and Individuals Paul Elbourne To my father To the memory of my mother Preface This book deals with the semantics of the natural language expressions that have been taken to refer to individuals: pronouns, definite descriptions and proper names. It claims, contrary to previous theorizing, that they have a common syntax and semantics, roughly that which is currently associated by philosophers and linguists with definite descriptions as construed in the tradition of Frege. As well as advancing this proposal, I hope to achieve at least one other aim, that of urging linguists and philosophers dealing with pronoun interpretation, in particular donkey anaphora, to consider a wider range of theories at all times than is sometimes done at present. I am thinking particularly of the gulf that seems to have emerged between those who practice some version of dynamic semantics (including DRT) and those who eschew this approach and claim that the semantics of donkey pronouns crucially involves definite descriptions (if they consider donkey anaphora at all). In my opinion there is too little work directly comparing the claims of these two schools (for that is what they amount to) and testing them against the data in the way that any two rival theories might be tested. (Irene Heim’s 1990 article in Linguistics and Philosophy does this, and largely inspired my own project, but I know of no other attempts.) I have tried to remedy that in this book. I ultimately come down on the side of definite descriptions and against dynamic semantics; but that preference is really of secondary importance beside the attempt at a systematic comparative project. -
A Theory of Names and True Intensionality*
A Theory of Names and True Intensionality? Reinhard Muskens Tilburg Center for Logic and Philosophy of Science [email protected] http://let.uvt.nl/general/people/rmuskens/ Abstract. Standard approaches to proper names, based on Kripke's views, hold that the semantic values of expressions are (set-theoretic) functions from possible worlds to extensions and that names are rigid designators, i.e. that their values are constant functions from worlds to entities. The difficulties with these approaches are well-known and in this paper we develop an alternative. Based on earlier work on a higher order logic that is truly intensional in the sense that it does not validate the axiom scheme of Extensionality, we develop a simple theory of names in which Kripke's intuitions concerning rigidity are accounted for, but the more unpalatable consequences of standard implementations of his theory are avoided. The logic uses Frege's distinction between sense and reference and while it accepts the rigidity of names it rejects the view that names have direct reference. Names have constant denotations across possible worlds, but the semantic value of a name is not determined by its denotation. Keywords: names, axiom of extensionality, true intensionality, rigid designation 1 Introduction Standard approaches to proper names, based on Kripke (1971, 1972), make the following three assumptions. (a) The semantic values of expressions are (possibly partial) functions from pos- sible worlds to extensions. (b) These functions are identified with their graphs, as in set theory. (c) Names are rigid designators, i.e. their extensions are world-independent. In particular, the semantic values of names are taken to be constant functions from worlds to entities, possibly undefined for some worlds. -
Montague Grammar Stefan Thater Blockseminar “Underspecification” 10.04.2006 Overview
Montague Grammar Stefan Thater Blockseminar “Underspecification” 10.04.2006 Overview • Introduction • Type Theory • A Montague-Style Grammar • Scope Ambiguities • Summary Introduction • The basic assumption underlying Montague Grammar is that the meaning of a sentence is given by its truth conditions. - “Peter reads a book” is true iff Peter reads a book • Truth conditions can be represented by logical formulae - “Peter reads a book” → ∃x(book(x) ∧ read(p*, x)) • Indirect interpretation: - natural language → logic → models Compositionality • An important principle underlying Montague Grammar is the so called “principle of compositionality” The meaning of a complex expression is a function of the meanings of its parts, and the syntactic rules by which they are combined (Partee & al, 1993) Compositionality John reads a book John reads a book [[ John reads a book ]] = reads a book C1([[ John]], [[reads a book]] ) = C1([[ John]], C2([[reads]] , [[a book]] ) = a book C1([[ John]], C2([[reads]] , C3([[a]], [[book]])) Representing Meaning • First order logic is in general not an adequate formalism to model the meaning of natural language expressions. • Expressiveness - “John is an intelligent student” ⇒ intelligent(j*) ∧ stud(j*) - “John is a good student” ⇒ good(j*) ∧ stud(j*) ?? - “John is a former student” ⇒ former(j*) ∧ stud(j*) ??? • Representations of noun phrases, verb phrases, … - “is intelligent” ⇒ intelligent( ∙ ) ? - “every student” ⇒ ∀x(student(x) ⇒ ⋅ ) ??? Type Theory • First order logic provides only n-ary first order relations, which