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A contrast to a trace
(2001)
For movement, such as quantifier raising, the three different structures illustrated in (1) are discussed in the recent literature.
(1) A girl danced with every boy
a. [every boy]x a girl danced with x (copy + replace)
b. [every boy]x a girl danced with [every boy] (copy)
c. [every boy]x a girl danced with [thex boy] (copy + modify)
In this paper, I'll call the proposal illustrated by (1a) the copy+replace theory since the movement is analyzed as first copying the moving phrase followed by replacing the moving phrase with a trace in the base position of movement. Chomsky (1993) and Fox (1999) argue against the copy+replace theory (1a) on the basis of Condition C data that show that moved material can behave as if it occupied the base position of movement. This behavior would, for example, be expected on the copy theory of movement illustrated by (1b), which also seems conceptually simpler than the copy+replace theory since it involves only copying without replacement. This conceptual advantage, however, is probably only apparent since a theory of the interpretation of structures like (1b) would probably be more complicated than for (1a). Standard assumptions about interpretation, at least, don't predict the right meaning when applied to (1b). For this reason, Chomsky and Fox propose what I'll call the copy+modify-theory illustrated in (1c). This proposes that copying is followed by a trace modification operation that replaces the determiner of the moved DP with something else. I assume that this is an indexed definite determiner, the interpretation of which is to be clarified below.
In this paper we show an approach to the customization of GermaNet to the German HPSG grammar lexicon developed in the Verbmobil project. GermaNet has a broad coverage of the German base vocabulary and fine-grained semantic classification; while the HPSG grammar lexicon is comparatively small und has a coarse-grained semantic classification. In our approach, we have developed a mapping algorithm to relate the synsets in GermaNet with the semantic sorts in HPSG. The evaluation result shows that this approach is useful for the lexical extension of our deep grammar development to cope with real-world text understanding.
I discuss the status of WH-words for interrogative interpretations, and show that the derivation of constituent questions evolves from a specific interplay of syntactic and semantic representations with pragmatics. I argue that WH-pronouns are not ‘interrogative’. Rather, they are underspecified elements; due to this underspecification, WH-words can form a constitutive part not only of interrogative, but also of exclamative and declarative clauses. WH-words introduce a variable of a particular conceptual domain into the semantic representation. Accordingly, they have to be specified for interpretation. Different WH-contexts give rise to different interpretations. In a cross-linguistic overview, I discuss the characteristic elements contributing to the derivation of interrogatives. I argue that specific particles or their phonologically empty counterparts in the head of CP contribute the interrogative aspect. The speech act of ‘asking’ is then carried out via an intonational contour that identifies a question. By default, this intonational contour operates on interrogative sentences; however, other sentence formats – in particular, those of declarative sentences – are possible as well. The distinction of (a) grammatical (syntactic, semantic and phonological) sentence formats for interrogative and declarative sentences, and (b) intonational contours serving the discrimination of speech acts like questions and assertions, can be related to psychological and neurological evidence.
What role does language play in the development of numerical cognition? In the present paper I argue that the evolution of symbolic thinking (as a basis for language) laid the grounds for the emergence of a systematic concept of number. This concept is grounded in the notion of an infinite sequence and encompasses number assignments that can focus on cardinal aspects ("three pencils"), ordinal aspects ("the third runner"), and even nominal aspects ("bus #3"). I show that these number assignments are based on a specific association of relational structures, and that it is the human language faculty that provides a cognitive paradigm for such an association, suggesting that language played a pivotal role in the evolution of systematic numerical cognition.
In linguistics and the philosophy of language, the mass/count distinction has traditionally been regarded as a bi-partition on the nominal domain, where typical instances are nouns like "beef" (mass) vs."cow" (count). In the present paper, we argue that this partition reveals a system that is based on both syntactic features and conceptual features, and present experimental evidence suggesting that the discrimination of the two kinds of features has a psychological reality.
A model is proposed that interprets a variety of connected speech processes as resulting from prosodic modulations at different tiers of functional speech motor control along the hypo-hyper dimension [10]. The general background of the model is given by the trichotomy of A-, B- and C-prosodic phenomena [15] that together constitute the acoustic makeup of any speech utterance (with regard to their respective time domains at the uttarance/phrase level, the syllabic level and the segmental level).