7 research outputs found
A compositional intersective account of Heterofunctional Coordination
The analysis presented in this paper extends the uniform intersective (âbooleanâ) treatment of conjunctive coordinators to Heterofunctional Coordination (HC), i.e., coordination of different grammatical functions. A compositional account of HC based on mainstream derivational syntax is proposed, one that makes Champollionâs (2015) âquantificational event semanticsâ compatible with derivational syntax. The analysis is based on the assumption, common in Minimalism, that traces of moved quantifiers denote domain restrictions rather than just variables
Lexical Functional Grammar as a Construction Grammar
Lexical Functional Grammar (LFG) is a lexicalist, constraint-based grammatical theory that shares a lot of the basic assumptions of Construction Grammar (CxG), such as a commitment to surface-oriented descriptions (no transformations), and the simultaneous representation of form, meaning, and other grammatical information (no derivations). Nevertheless, LFG is not standardly viewed as a kind of CxG, in particular since its adherence to the principle of Lexical Integrity means that it insists on a strict morphology-syntax distinction where CxG canonically rejects such a divide. However, such a distinction is in fact entirely compatible with CxG assumptions; the actual problem with viewing LFG as a CxG is the difficulty it has in describing the more substantive end of the schematic-substantive spectrum of constructions. I suggest that by replacing the limited context-free grammar base of LFG responsible for this shortcoming with a more expressive formalism (in this case a description-based tree-adjoining grammar), we can obtain a fully constructional LFG, suitable as a formal framework for CxG
Integrating LFGâs binding theory with PCDRT
We provide a formal model for the interaction of syntax and pragmatics in the interpretation of anaphoric binding constraints on personal and reflexive pronouns. We assume a dynamic semantics, where e-type expressions introduce discourse referents, and contexts are assignments of individuals to discourse referents. We adopt the Partial Compositional Discourse Representation Theory (PCDRT) of Haug
(2014b),which models anaphoric resolution in terms of a pragmatically-established relation between discourse referents. We integrate PCDRT into the constraint-based grammatical framework of Lexical-Functional Grammar (LFG), and show how it is possible to state syntactic constraints on the pragmatic resolution of singular and plural anaphora within this framework
Handbook of Lexical Functional Grammar
Lexical Functional Grammar (LFG) is a nontransformational theory of
linguistic structure, first developed in the 1970s by Joan Bresnan and
Ronald M. Kaplan, which assumes that language is best described and
modeled by parallel structures representing different facets of
linguistic organization and information, related by means of
functional correspondences. This volume has five parts. Part I,
Overview and Introduction, provides an introduction to core syntactic
concepts and representations. Part II, Grammatical Phenomena, reviews
LFG work on a range of grammatical phenomena or constructions. Part
III, Grammatical modules and interfaces, provides an overview of LFG
work on semantics, argument structure, prosody, information structure,
and morphology. Part IV, Linguistic disciplines, reviews LFG work in
the disciplines of historical linguistics, learnability,
psycholinguistics, and second language learning. Part V, Formal and
computational issues and applications, provides an overview of
computational and formal properties of the theory, implementations,
and computational work on parsing, translation, grammar induction, and
treebanks. Part VI, Language families and regions, reviews LFG work
on languages spoken in particular geographical areas or in particular
language families. The final section, Comparing LFG with other
linguistic theories, discusses LFG work in relation to other
theoretical approaches
First-Order Glue
Glue has evolved significantly during the past decade. Although the recent move to type-theoretic notation was a step in the right direction, basing the current Glue system on System F (second-order #-calculus) was an unfortunate choice. An extension to two sorts and ad hoc restrictions were necessary to avoid inappropriate composition of meanings. As a result, the current system is unnecessarily complicated. A first-order Glue system is hereby proposed as its replacement. This new system is not only simpler and more elegant as it captures the exact requirements for Gluestyle compositionality without ad-hoc improvisations, but it also turns out to be more powerful than the current two-sorted (pseudo-) secondorder system. First-order Glue supports all existing Glue analyses as well as more elegant alternatives. It also supports new, more demanding analyses