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1 e evolutionary origins and emergence of this syntactic ability.
2  Hindi that investigate whether responses to syntactic agreement violations vary as a function of the
3 oked by unambiguous syntactic violations and syntactic ambiguities.
4                                   Studies of syntactic ambiguity resolution have played a central rol
5 adults read sentences containing a temporary syntactic ambiguity while their eye movements were monit
6 petition-winning approach utilizing word and syntactic analyses by machine learning techniques.
7 priming cannot distinguish between competing syntactic analyses.
8 bution of the left inferior frontal gyrus in syntactic analysis and highlight the functional relation
9 This semantic analysis was contrasted with a syntactic analysis that revealed the small number of com
10  intentions, to lexical/semantic processing, syntactic analysis, and pragmatic integration.
11 ith a few examples from proteomics data, the syntactic and document-centric XML cannot achieve the le
12 ty of sensory modalities because the limited syntactic and grammatical bandpass of the rate distortio
13             In light of recent evidence that syntactic and lexical components of human speech are pro
14 egion, supporting a single source of vWM for syntactic and nonsyntactic tasks.
15  abilities shared with non-human primates to syntactic and pragmatic functions particular to our spec
16 d a word-monitoring task that differentiated syntactic and semantic aspects of sentence comprehension
17 gest that these regions play a role in basic syntactic and semantic composition, respectively.
18 embedded features are then combined with the syntactic and semantic context features using the multip
19 BioIE also provides a brief insight into the syntactic and semantic context of the source-text by loo
20 d pattern language that allows the mixing of syntactic and semantic elements and variable ordering.
21  study, we examined the neural correlates of syntactic and semantic functions using an innovative act
22    The timecourse of the interaction between syntactic and semantic information during sentence proce
23 oken sentences that differentially loaded on syntactic and semantic information.
24                         The goal is complete syntactic and semantic interoperability.
25 ion for developing psychologically plausible syntactic and semantic theories.
26 us on the neurobiological infrastructure for syntactic and semantic unification.
27 epetition in the context of spared semantic, syntactic, and motor speech abilities.
28                            Human language is syntactic, and signals consist of discrete components th
29 semantic classes, and connection to complete syntactic annotation.
30   Subsequent studies showed that the P600 to syntactic anomalies and ambiguities was modulated by lex
31 , the P600, was reported in association with syntactic anomalies and ambiguities, the story appeared
32 s elicit a posterior bilateral N400, whereas syntactic anomalies elicit a left anterior negativity, f
33 muli: the N400 and the P600 for semantic and syntactic anomalies, respectively.
34  frontal brain regions for both semantic and syntactic anomalies.
35 as more ventral than that corresponding to a syntactic anomaly.
36  identifying referential relations between a syntactic argument of a predicate and the actual target
37 make rather simplistic assumptions about the syntactic aspect of natural language.
38 h to priming reveals cracks in the facade of syntactic autonomy.
39  and only indirectly contribute to preserved syntactic capacity.
40  others have a proliferation of fine-grained syntactic categories (e.g., Tzeltal); and some languages
41 iological functions, which correspond to the syntactic categories of the CFG.
42  failed to learn the repetition pattern over syntactic categories, even when explicitly instructed to
43 tial transition probability over lexical and syntactic categories, only captured activity in the post
44 they play a consistent role across different syntactic categories.
45 tarted or ended with two words from the same syntactic category (e.g., noun-noun-verb or verb-verb-no
46 inear distance was kept constant, as was the syntactic category of the agreeing elements.
47 se configurations, notably the fact that the syntactic category of the critical word was more predict
48 the laboratory; (b) differed from laboratory syntactic CCGs in other ways that enhanced their conspic
49                                              Syntactic CCGs in the field (a) were more rigidly stereo
50  were more rigidly stereotyped than ordinary syntactic CCGs in the laboratory; (b) differed from labo
51 ousness, in part through exaggeration of the syntactic cephalocaudal pattern; (c) were associated wit
52 he tendency to complete all four phases of a syntactic chain in rigid serial order once the first pha
53 t stereotyped of these grooming patterns, a "syntactic chain," has a particularly stereotyped order t
54          Neurons fired preferentially during syntactic chains compared with similar grooming movement
55 lateral site increased firing by 116% during syntactic chains, compared with only a 30% increase by n
56  neostriatum coded the sequential pattern of syntactic chains.
57 ies-specific sequences of movements, termed "syntactic chains." Neuronal activity of 41% of cells in
58 ept for cases of diffusion, the direction of syntactic change, when it occurs, has been for the most
59 ect multiple representational levels driving syntactic choice.
60 ' signing both appear formulaic with limited syntactic combinations, thereby suggesting a degree of c
61 result might explain why only humans evolved syntactic communication and hence complex language.
62 ax, and the transition from non-syntactic to syntactic communication was an essential step in the evo
63 ts would eliminate two major research areas: syntactic competence in d/Deaf individuals, and language
64  is increased by linguistic factors, such as syntactic complexity and length of utterance, and decrea
65 measures of semantic and lexical content and syntactic complexity best capture the global progression
66 temporal sulcus, another region modulated by syntactic complexity in controls, showed normal modulati
67 ng feature was a reduction across a range of syntactic complexity measures.
68      Samples were analysed using measures of syntactic complexity, lexical content, speech production
69 nding, as well as an abrupt increase in bout syntactic complexity, peaking in the last quintile of a
70 r trends over the three stages of disease in syntactic complexity, semantic and lexical content.
71 e was a reduction in one or more measures of syntactic complexity.
72  AD patients had significantly less usage of syntactic components and significantly higher usage of l
73 stent with many processing models that posit syntactic composition before semantic composition during
74 tients showed impairments in picture naming, syntactic comprehension and executive function.
75 A, characterized by slow speech and impaired syntactic comprehension and naming, showed atrophy in th
76                    Our findings suggest that syntactic comprehension deficits in primary progressive
77       We found that the individual degree of syntactic comprehension impairment was predicted by left
78 o investigate the functional neuroanatomy of syntactic comprehension in 51 individuals with primary p
79 dictions, including the prediction that that syntactic comprehension problems in Broca's aphasia are
80 tissue volumes and functional responses to a syntactic comprehension task in eight patients with nonf
81 (fluid intelligence and object naming) and a syntactic comprehension task that shows age-related pres
82 e cases, formal testing revealed deficits in syntactic comprehension.
83 earch, a new and controversial theme is that syntactic computations may rely heavily on statistical i
84  role in the neural network that carries out syntactic computations.
85 olving subject-verb sequences, which are not syntactic constituents.
86 mprehension in which sensitivity to multiple syntactic constraints in adulthood emerges as a product
87 d nucleotides that give rise to higher order syntactic constructs.
88 e to syntactic preferences, reflecting their syntactic deficit.
89      Damage to these dorsal tracts predicted syntactic deficits after gray matter atrophy was taken i
90 relationship between white matter damage and syntactic deficits in patients with primary progressive
91 rior frontal cortex has been associated with syntactic deficits in primary progressive aphasia in a n
92 uncinate fasciculus--was not associated with syntactic deficits.
93 th reduced functional activity and increased syntactic deficits.
94 formulation, syntactic, semantic, and morpho-syntactic dependencies are all analysable as grounded in
95 archical structure impacts the processing of syntactic dependencies.
96 a brief review of work on context effects in syntactic disambiguation, sketch our account of parsing,
97 le is whether a universal grammar constrains syntactic diversity in human languages.
98  repeatable operation that takes exactly two syntactic elements a and b and assembles them to form th
99 ect or that contained either a semantic or a syntactic error (1 of 2 types of verb agreement errors).
100 ere characterized by slow rate, distortions, syntactic errors and reduced complexity.
101              The validator recognizes common syntactic errors and semantic inconsistencies and report
102  the other two variants, but distortions and syntactic errors were less common than in the non-fluent
103 exhibited normal rate and very few speech or syntactic errors, but showed increased proportions of cl
104 ce is obtained by combining the strengths of syntactic features and supervised classification.
105 Whatizit) other solutions make use of morpho-syntactic features to better cover the full scope of ter
106                      The genetic code is the syntactic foundation underlying the structure and functi
107 ically designed to unequivocally disentangle syntactic from lexicosemantic aspects of sentence proces
108 esions disrupt the syntax or serial order of syntactic grooming chains without disrupting constituent
109 ion of whole sequences of movements known as syntactic grooming chains.
110 es of the language faculty, both lexical and syntactic, have been claimed to be important for exact c
111 eps, one of which is partly independent from syntactic hierarchy.
112 ciative retrieval influences, style-specific syntactic influences, and constraints on the range of pl
113      These results suggest that semantic and syntactic information are integrated during the earlier
114 aris) is critically implicated in processing syntactic information, whereas the lower portion of the
115                          First, it restricts syntactic inquiry to cases were a semantically equivalen
116  between linguistic input and comprehenders' syntactic knowledge; and (2) the role of cognitive facul
117 These regions have been linked previously to syntactic (LATL) and semantic (vmPFC) combinatorial proc
118 uring growth to construct formula-unit-thick syntactic layers of ferrimagnetic LuFe2O4 within the LuF
119  instead captured by semantics; however, the syntactic level includes some specification of "missing"
120 rs to have a greater impact, particularly on syntactic level processes.
121 left BA 44, a region that has been linked to syntactic level processing, only for verb repetition.
122 cting the disease group combines significant syntactic, lexical and top n-gram features.
123                   Our models learned several syntactic, lexical, and n-gram linguistic biomarkers to
124                       We consider effects of syntactic, lexical, prosodic, morphological, semantic, a
125  into account orthographical, morphological, syntactic, lexico-semantic and pragmatic term variations
126 tive to adults in their detection of initial syntactic misanalysis.
127               Using parsing algorithms, this syntactic model enables the verification of existing con
128 cipital areas respond more to sentences with syntactic movement but do not respond to the difficulty
129 alized and uniquely human aspect of language-syntactic movement.
130 d to a highly specialized aspect of language-syntactic movement.
131  However, a contrasting picture of a broader syntactic network has emerged from neuropsychological st
132     We propose a new approach that views the syntactic operator of negation as relying on the neural
133 ity to dispreferred orders (interpreted as a syntactic P600-like effect).
134 ined by training a machine learning model on syntactic parse trees, which is then used to decide whet
135           To avoid the computational cost of syntactic parsing, and because the boundaries of our pro
136 performing sentence splitting, tokenization, syntactic parsing, and named entity recognition on this
137 t, we used one typical disease risk-specific syntactic pattern (i.e. "D1 due to D2") as a seed to aut
138 ursor is an ancient, endogenously sequenced (syntactic) pattern of cephalocaudal grooming movements (
139 s to reveal, through probabilistic analysis, syntactic patterns that could point the way to eventual
140  learning of inflectional markings and basic syntactic patterns.
141 ledge to automatically discover D-M-specific syntactic patterns.
142                                              Syntactic performance correlated with tissue integrity a
143 emporal gyrus-were correlated with preserved syntactic performance, but unlike the controls, patients
144  transport roles often did not match up with syntactic phrase boundaries, we approached this problem
145 f structural distance (number of intervening syntactic phrases) to the processing of agreement remain
146 n is a head-final language, evidence for the syntactic position of the verb is both rare and indirect
147 t these effects are driven by differences in syntactic predictability between the within-phrase and a
148 e the controls, patients were insensitive to syntactic preferences, reflecting their syntactic defici
149        Combining a miniature language with a syntactic priming paradigm, we examined the neural corre
150 anigan & Pickering (B&P) advocate the use of syntactic priming to investigate linguistic representati
151                                              Syntactic processes in language build on sensory process
152 egions were associated with motor speech and syntactic processes, anterior and inferior temporal regi
153 x that is distinct from lexical, semantic or syntactic processes.
154 terior temporal cortex, with dorsal foci for syntactic processing and ventral foci for semantic proce
155 ntal and temporal language areas involved in syntactic processing are connected by several dorsal and
156 ghly complex computational processes such as syntactic processing can occur outside the narrow window
157                                 In controls, syntactic processing co-activated left hemisphere Brodma
158                                              Syntactic processing deficits are highly variable in ind
159 thin-network connectivity or responsivity to syntactic processing demands despite gray matter loss an
160                       Our findings show that syntactic processing depends primarily on dorsal languag
161  images of the referent but do not result in syntactic processing difficulties.
162 , and a wealth of research examining adults' syntactic processing during reading, as yet very little
163  amount of research investigating children's syntactic processing during spoken language comprehensio
164 , as yet very little research has focused on syntactic processing during text reading in children.
165  clinical variants and a range of degrees of syntactic processing impairment.
166 to determine which regions were modulated by syntactic processing in each patient, and how the set of
167              These regions were modulated by syntactic processing in healthy controls and in patients
168 pose a specific point of convergence between syntactic processing in language and music.
169  about the relationship between semantic and syntactic processing in the brain.
170 cal role for this region in the breakdown of syntactic processing in this syndrome.
171  are integrated during the earlier stages of syntactic processing indexed by the anterior negativitie
172 eveal that a brain mechanism fundamental for syntactic processing is engaged during the perception of
173 r region or to the connections between them, syntactic processing is impaired.
174                    A longstanding idea about syntactic processing is that it is generally not availab
175  trial-by-trial reaction time as a proxy for syntactic processing load, to determine which regions we
176    This finding opens a new range of complex syntactic processing mechanisms to physiological investi
177 t also by functional disruption of a broader syntactic processing network, comprising left posterior
178 ontal cortex, but also disruption of a wider syntactic processing network.
179  of regions recruited was related to whether syntactic processing was ultimately successful or unsucc
180           Behavioural data on three tests of syntactic processing were subsequently collected.
181 ferior frontal cortex (IFC) is important for syntactic processing, and has been shown in many functio
182 ntal gyrus may not itself be specialized for syntactic processing, but plays an essential role in the
183 7 and posterior middle temporal gyrus during syntactic processing, patients activated Brodmann areas
184 amine the effects of semantic information on syntactic processing, the results for normal English sen
185 hich white matter tract(s) are important for syntactic processing, we examined the relationship betwe
186 e role of the left inferior frontal gyrus in syntactic processing.
187 left inferior frontal gyrus is essential for syntactic processing.
188 at these tracts connect regions modulated by syntactic processing.
189  by patients, but did not support successful syntactic processing.
190 dentical brain networks support semantic and syntactic processing.
191 regions engaged in inhibitory control and in syntactic processing.
192 o be associated with initial stages of human syntactic processing.
193 isual cortex of blind adults are involved in syntactic processing.
194 ndergone semantic change also have undergone syntactic reanalysis.
195 make the central claim that the capacity for syntactic recursion forms the computational core of a un
196 strengthen a neural network to process novel syntactic regularities and novel words.
197 o show where linear order is also a relevant syntactic relation.
198 y appear in, including neighboring words and syntactic relations extracted using a shallow parser, ca
199                                              Syntactic relationships among non-adjacent words are a c
200 al verb repetition led to an increase in the syntactic repetition enhancement effect in language-rela
201  an artificial language learning task with a syntactic repetition paradigm.
202 respected a distinction between semantic and syntactic representation and processes.
203 , Branigan & Pickering's (B&P's) claim that "syntactic representations do not contain semantic inform
204 constructed on the basis of lexically stored syntactic representations, but that other types of struc
205  - with an alternative that does not rely on syntactic representations.
206 hich the neurons are firing which encode the syntactic role, as well as which neurons are firing to s
207 ng of nonrepeaters can selectively learn the syntactic rule or habit of repeating syllables from repe
208  account for this ability through the use of syntactic rules (or generative grammars) that describe t
209 demonstrate for the first time that abstract syntactic rules transfer anomalously from one language t
210 uman language possesses a set of distinctive syntactic rules.
211 phisticated representations of text based on syntactic, semantic and argumentative properties have be
212  We demonstrate that, with such formulation, syntactic, semantic, and morpho-syntactic dependencies a
213 re of the motif pattern, as described by its syntactic specification, with the statistical measure of
214 eraging the effect of previous exposure to a syntactic structure appears to be an inappropriate metho
215 ften used to support complex (or multilevel) syntactic structure are instead captured by semantics; h
216  Recent findings show that experience with a syntactic structure has long-term consequences for how t
217 gests a new way of connecting toolmaking and syntactic structure in human evolution, because these te
218 coustic communication, the representation of syntactic structure in the mammalian brain has not been
219 istic theories propose that their underlying syntactic structure involves a tree of nested phrases ra
220 rase structure, the most promising model for syntactic structure is enriched dependency structure, as
221 ns (and vice versa) without the mediation of syntactic structure, including the "flat structure" that
222 ate, phrase length, articulatory agility and syntactic structure, which are not always impacted in pa
223 a minimalist view of language's hierarchical syntactic structure.
224 tionary theory must explain) is hierarchical syntactic structure.
225 strengthen a neural network to process novel syntactic structures and lexical items.
226 ior temporal cortex, the repetition of novel syntactic structures led to repetition enhancement, wher
227 he relative frequencies with which different syntactic structures occur in the language.
228 urrence of a protein-molecule pair using the syntactic structures of sentences and linguistics theori
229  sentence processing, concerned with how the syntactic structures of sentences are computed, and text
230 ToM reasoning depends upon the possession of syntactic structures such as those that permit the embed
231         We show that the repetition of novel syntactic structures, as well as words in contexts, lead
232 aturally uttered sentences matched for their syntactic structures.
233 cies resulting from hierarchically organized syntactic structures.
234 ults hear a string of nouns and verbs, their syntactic system obligatorily attempts an interpretation
235 nomenon in the domain of language, where the syntactic system prevents listeners from detecting a sim
236       Both the range of biological tasks and syntactic task components can be seen to provide a set o
237 any detailed claims about specific points of syntactic theory.
238  without syntax, and the transition from non-syntactic to syntactic communication was an essential st
239  ... then) to linguistic inferences based on syntactic transformation of sentences involving ditransi
240 mation, which is imperfectly correlated with syntactic units and linguistic classes; (b) the use of f
241 ed open formats, and all submissions undergo syntactic validation and curation in an effort to uphold
242 veral unique design features: (1) leveraging syntactic variations possible in a language and automati
243           Moreover, the P600 elicited by the syntactic violation was attenuated in processing Jabberw
244 gativity varied as a function of the type of syntactic violation, suggesting a unique involvement of
245 condition, half of the sentences contained a syntactic violation.
246 olations with the P600 evoked by unambiguous syntactic violations and syntactic ambiguities.
247                          In addition, signed syntactic violations elicited an early frontal negativit
248 er neural activity that was observed only to syntactic violations that were consciously detected.
249 modal distraction task, we demonstrated that syntactic violations that were not consciously detected
250        Animal communication is typically non-syntactic, which means that signals refer to whole situa

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