A computer programme for sentence comprehension

Embodied sentence comprehension 1 EMBODIED SENTENCE COMPREHENSION

ions are being discussed in other chapters in this book (Barsalou & WiemerHastings, this volume; Gibbs, this volume; Prinz, this volume). 6.0 Conclusion and outlook We started this chapter by comparing two perspectives on cognition in general and on language comprehension in particular. According to the traditional perspective, language comprehension involves the activation and integration of d...

Constraints on sentence comprehension.

The process of comprehending sentences involves the integration of a variety of different information sources, constrained by the available computational resources. This paper surveys the evidence for four types of constraints on sentence comprehension: (1) lexical constraints, (2) contextual constraints, (3) locality-based computational resource constraints, and (4) phrase-level contingent fre...

Sentence Comprehension in Aphasia

We show in this chapter that selective aphasic deficits dissociate distinct language processing systems. To this end, we focus on disruptions of lexical access that appear to implicate initial stages of sentence comprehension. The analyses we present turn on comparisons between agrammatic (Broca's) aphasic patients and paragrammatic (Wernicke's) aphasic patients. By the former we mean roughly, ...

Monitoring Sentence Comprehension

Fluent sentence comprehension

Sentence processing is an extraordinarily complex and speeded process, and yet proceeds, typically, in an effortless manner. What makes us so fluent in language? Incremental models of sentence processing propose that speakers continuously build expectations for upcoming linguistic material based on partial information available at each relevant time point. In addition, statistical analyses of c...