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Institute
Word formation in Distributed Morphology (see Arad 2005, Marantz 2001, Embick 2008): 1. Language has atomic, non-decomposable, elements = roots. 2. Roots combine with the functional vocabulary and build larger elements. 3. Roots are category neutral. They are then categorized by combining with category defining functional heads.
The aim of this paper is to address two main counterarguments raised in Landau (2007) against the movement analysis of Control, and especially against the phenomenon of Backward Control. The paper shows that unlike the situation described in Tsez (Polinsky & Potsdam 2002), Landau's objections do not hold for Greek and Romanian, where all obligatory control verbs exhibit Backward Control. Our results thus provide stronger empirical support for a theoretical approach to Control in terms of Movement, as defended in Hornstein (1999 and subsequent work).
In the recent literature the phenomenon of long distance agreement has become the focus of several studies as it seems to violate certain locality conditions which require that agreeing elements in general stand in clause-mate relationships. In particular, it involves a verb agreeing with a constituent which is located in the verb's clausal complement and hence poses a challenge for theories that assume a strictly local relationship for agreement. In this paper we present empirical evidence from Greek and Romanian for the reality of long distance agreement. Specifically, we focus on raising constructions in these two languages and we show that they do not involve movement but rather instantiate long distance agreement. We further argue that subjunctives allowing long distance agreement lack both a CP layer and semantic Tense. However, since the embedded verb also bears phi-features, these constructions pose a further problem for assumptions that view the presence of phi-features as evidence for the presence of a C layer. Finally, we raise the question of the common properties that these languages have that lead to the presence of long distance agreement.
In this paper, we outline the foundations of a theory of implicatures. It divides into two parts. The first part contains the base model. It introduces signalling games, optimal answer models, and a general definition of implicatures in terms of natural information. The second part contains a refinement in which we consider noisy communication with efficient clarification requests. Throughout, we assume a fully cooperative speaker who knows the information state of the hearer. The purpose of this paper is not the study of examples. Our concern is the framework for doing these studies.
The main tenet of the present paper is the thesis that nominalization – like other cases of derivational morphology – is an essentially lexical phenomenon with well defined syntactic (and semantic) conditions and consequences. More specifically, it will be argued that the relation between a verb and the noun derived from it is subject to both systematic and idiosyncratic conditions with respect to lexical as well as syntactic aspects.
Ever since the discovery of neural networks, there has been a controversy between two modes of information processing. On the one hand, symbolic systems have proven indispensable for our understanding of higher intelligence, especially when cognitive domains like language and reasoning are examined. On the other hand, it is a matter of fact that intelligence resides in the brain, where computation appears to be organized by numerical and statistical principles and where a parallel distributed architecture is appropriate. The present claim is in line with researchers like Paul Smolensky and Peter Gärdenfors and suggests that this controversy can be resolved by a unified theory of cognition – one that integrates both aspects of cognition and assigns the proper roles to symbolic computation and numerical neural computation.
The overall goal in this contribution is to discuss formal systems that are suitable for grounding the formal basis for such a unified theory. It is suggested that the instruments of modern logic and model theoretic semantics are appropriate for analyzing certain aspects of dynamical systems like inferring and learning in neural networks. Hence, I suggest that an active dialogue between the traditional symbolic approaches to logic, information and language and the connectionist paradigm is possible and fruitful. An essential component of this dialogue refers to Optimality Theory (OT) – taken as a theory that likewise aims to overcome the gap between symbolic and neuronal systems. In the light of the proposed logical analysis notions like recoverability and bidirection are explained, and likewise the problem of founding a strict constraint hierarchy is discussed. Moreover, a claim is made for developing an "embodied" OT closing the gap between symbolic representation and embodied cognition.
The main concern of this article is to discuss some recent findings concerning the psychological reality of optimality-theoretic pragmatics and its central part – bidirectional optimization. A present challenge is to close the gap between experimental pragmatics and neo-Gricean theories of pragmatics. I claim that OT pragmatics helps to overcome this gap, in particular in connection with the discussion of asymmetries between natural language comprehension and production. The theoretical debate will be concentrated on two different ways of interpreting bidirection: first, bidirectional optimization as a psychologically realistic online mechanism; second, bidirectional optimization as an offline phenomenon of fossilizing optimal form-meaning pairs. It will be argued that neither of these extreme views fits completely with the empirical data when taken per se.
The article aims to give an overview about the application of Optimality Theory (OT) to the domain of pragmatics. In the introductory part we discuss different ways to view the division of labor between semantics and pragmatics. Rejecting the doctrine of literal meaning we conform to (i) semantic underdetermination and (ii) contextualism (the idea that the mechanism of pragmatic interpretation is crucial both for determining what the speaker says and what he means). Taking the assumptions (i) and (ii) as essential requisites for a natural theory of pragmatic interpretation, section 2 introduces the three main views conforming to these assumptions: Relevance theory, Levinson’s theory of presumptive meanings, and the Neo-Gricean approach. In section 3 we explain the general paradigm of OT and the idea of bidirectional optimization. We show how the idea of optimal interpretation can be used to restructure the core ideas of these three different approaches. Further, we argue that bidirectional OT has the potential to account both for the synchronic and the diachronic perspective on pragmatic interpretation. Section 4 lists relevant examples of using the framework of bidirectional optimization in the domain of pragmatics. Section 5 provides some general conclusions. Modeling both for the synchronic and the diachronic perspective on pragmatics opens the way for a deeper understanding of the idea of naturalization and (cultural) embodiment in the context of natural language interpretation.