Spelling suggestions: "subject:"clear constructions"" "subject:"clean constructions""
1 |
Encoding information structure in Yucatec Maya : on the interplay of prosody and syntaxKügler, Frank, Skopeteas, Stavros, Verhoeven, Elisabeth January 2007 (has links)
The aim of this paper is to outline the means for encoding information structure in Yucatec Maya. Yucatec Maya is a tone language, displaying a three-fold opposition in the tonal realization of syllables. From the morpho-syntactic point of view, the grammar of Yucatec Maya contains morphological (topic affixes, morphological marking of out-of-focus predicates) and syntactic (designated positions) means to uniquely specify syntactic constructions for their information
structure. After a descriptive overview of these phenomena, we present experimental evidence which reveals the impact of the nonavailability of prosodic alternatives on the choice of syntactic constructions in language production.
|
2 |
Clefts, relatives, and language dynamics : the case of JapaneseSeraku, Tohru January 2013 (has links)
The goal of this thesis is to develop a grammar model of Japanese within the framework of Dynamic Syntax (Cann et al. 2005, Kempson et al. 2001), with special reference to constructions that involve the nominaliser no: clefts and certain kinds of relatives. The more general theoretical position which it aims to defend is that an account of these constructions in terms of ‘language dynamics’ is preferable to other ‘static’ approaches currently available. What is here meant by ‘language dynamics,’ in a nutshell, is the time-linear processing of a string and attendant growth of an interpretation. First, I shall motivate, and articulate, an integrated account of the two types of no- nominalisation. These two classes are uniformly modelled as an outcome of incremental semantic-tree growth. The analysis is corroborated by naturally-occurring data extracted from the Corpus of Spontaneous Japanese (CSJ). Moreover, novel data with regard to coordination are accounted for without losing uniformity. Second, the composite entry of no and the topic marker wa handles the two types of clefts uniformly. This account fits well with the CSJ findings. New data concerning case-marking of foci are explained in terms of whether an unfixed relation in a semantic tree is resolvable in incremental processing. The account also solves the island-puzzle without abandoning uniformity. As a further confirmation, the analysis is extendable to stripping/sluicing, making some novel predictions on case-marking patterns. Third, the entry of no characterises free relatives and change relatives in a unitary manner. Furthermore, the composite entry of no and a case particle predicts a vast range of properties of head-internal relatives, including new data (e.g., negation in the relative clause, locality restriction on the Relevancy Condition). In sum, the thesis presents a realistic, integrated, and empirically preferable model of Japanese. Some consequences stand out. The various new data reported are beneficial theory-neutrally. Formal aspects of Dynamic Syntax are advanced. The insights brought by a language dynamics account challenge the standard, static conception of grammar.
|
3 |
Information structure in linguistic theory and in speech production : validation of a Cross-Linguistic data setHellmuth, Sam, Skopeteas, Stavros January 2007 (has links)
The aim of this paper is to validate a dataset collected by means of production experiments which are part of the Questionnaire on Information Structure. The experiments generate a range of information structure contexts that have been observed in the literature to induce specific constructions. This paper compares the speech production results from a subset of these experiments with specific
claims about the reflexes of information structure in four different languages. The results allow us to evaluate and in most cases validate the efficacy of our elicitation paradigms, to identify potentially fruitful avenues of future research, and to highlight issues involved in interpreting speech production data of this kind.
|
4 |
Cleft constructions in discourseDelin, Judith Lesley January 1990 (has links)
This thesis presents an analysis of the structure and function of cleft constructions in discourse. Drawing on a corpus of naturally-occurring spoken and written data, we present a multi-layered explanation of how it-clefts, wh-clefts, and reverse wh-clefts are different from non-clefts, and from one another. After a review of previous research on clefts in discourse, we explore the aspects of syntax, semantics, and pragmatics relevant to the structure and function of all three types of cleft. The discussion falls into three main parts: An analysis of the three cleft types, within the framework of Generalized Phrase Structure Grammar (cf. Gazdar et al. [1985]), in which particular attention is paid to the variety of constituents that can appear in particular positions in each type. The output of the grammar rules is compared to the examples that occur in the corpus of data. A treatment of cleft presupposition in terms of an analogy (suggested by van der Sandt [1988]) between presupposition and the treatment of pronominal anaphora in Kamp's [1981] Discourse Representation Theory An examination of the range of accentual patterns, presuppositional relations, and information structures typically appearing in clefts of all three kinds. We show that marked distinctions exist between the three cleft types in terms of all these factors, and suggest ways in which this helps to differentiate the range of discourse contexts in which clefts in general, and each cleft type in particular, are appropriate. At the end of the thesis we point to an analogy between the formal model for clefts presented and a psychological model of sentence processing We also suggest how the conclusions regarding both the structure and function of clefts as a class of construction and the distinction between the three types of cleft could be synthesised in a decision procedure for syntactic choice. Finally, we suggest some related areas for further research.
|
Page generated in 0.08 seconds