Electrophysiological Evidence for Sentence Comprehension - Wings
Electrophysiological Evidence for Sentence Comprehension - Wings
Electrophysiological Evidence for Sentence Comprehension - Wings
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that are generalized agent-like and patient-like thematic roles, respectably. The linking<br />
algorithm is defined by the macrorole hierarchy (see Figure 7).<br />
Figure 7. The macrorole hierarchy (Van Valin, LaPolla, 1997: 146)<br />
The macrorole hierarchy specifies the actor and the undergoer arguments of the verb on<br />
the basis of the position in the logical structure (roughly, whether it is the 1 st argument of<br />
do’ or the 2 nd argument of predicate’). This way in an active English (or Croatian)<br />
sentence the first argument of the verb (traditionally called ‘the subject’) is linked to the<br />
actor macrorole while the second argument is linked to the undergoer argument (‘the<br />
object’). Languages differ in the linking pattern: ergative languages take the opposite<br />
linking pattern. But whatever the linking pattern be, the fact that it is somehow fixed<br />
(defined by the macrorole hierarchy) in fact makes sentence comprehension possible.<br />
1.3.2. RRG as a sentence-processing model<br />
The structure of RRG with syntactic representation on one side, semantic representation<br />
on the other side and a syntax-to-semantics interface between them allows <strong>for</strong> taking<br />
linguistic theory as a model of language processing (Van Valin, 2003a). Language<br />
production, as described in RRG, is actually parallel to the Levelt’s blueprint of the<br />
speaker (Levelt, 1989). As Van Valin (2003a) notes, the Levelt’s model is based upon<br />
vast psycholinguistic evidence, while the RRG linking algorithm is based upon<br />
grammatical evidence from a large number of typologically diverse languages. Yet each<br />
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