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This study investigates how Persian compound verbs are processed in the mental lexicon, through which we can infer how they are stored, organized, and accessed. The study focuses on investigating Persian compound verbs in light of psycholinguistic theories on polymorphemic word processing as well as linguistic theories of complex predicates. The psycholinguistic section details three experiments addressing the following three research questions: (1) whether compound verb constituents show significant priming in the masked-priming paradigm; (2) whether priming effects are constrained by semantic transparency; and (3) whether priming effects are due to morphological relatedness. This study revealed several findings: (1) compound verbs in Persian are decomposed into their constituents at early stages of processing, (2) at early stages of processing, decomposition is based on purely orthographic similarity, (3) although both transparent and opaque compound constituents were facilitated while processing, transparency had an impact on processing in the early stages of processing. Finally, the findings seem to support a parallel input effect or competing alternative effect for the verbal constituent of the transparent compound verb, as reflected in the slower facilitation for the verbal constituent compared to the nominal constituent. In theoretical studies on Persian complex predicates, the compound verb formation can be either lexical or syntactic. The overall evidence reflected in the linguistic data for Persian complex predicates presented in this dissertation as well as the results of the experimental studies carried out in this research seem to point towards lexical compounding in Persian compound verb formation. The evidence comes from (1) the nominalization of the compound, i.e. the possibility of using the compound verb as a noun; (2) the atelicity feature, i.e. the possibility of using the compound verb after the progressive expression dar haale ‘in the process of’, which indicates an incomplete action; and (3) the nonreferentiality of the nominal constituent in the compound verb, i.e. the nominal constituent cannot be followed by a pronoun that refers to it. On the other hand, the results of the experimental studies reported in this dissertation seem to support a lexical approach to compound verbs in Persian. The technique used in these experimental studies was masked priming paradigm, which investigates the prelexical and lexical processing. The results reveal constituent priming effects under masked priming technique. This indicates that Persian compound verb constituents are accessed at the prelexical stage of processing. Syntactic calculations are said to be done at later stages of processing. Therefore, the early processing of compound verb constituents leads us to the argument for the lexicality of Persian compound verbs.

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No description available.

This study investigates how Persian compound verbs are processed in the mental lexicon, through which we can infer how they are stored, organized, and accessed. The study focuses on investigating Persian compound verbs in light of psycholinguistic theories on polymorphemic word processing as well as linguistic theories of complex predicates. The psycholinguistic section details three experiments addressing the following three research questions: (1) whether compound verb constituents show significant priming in the masked-priming paradigm; (2) whether priming effects are constrained by semantic transparency; and (3) whether priming effects are due to morphological relatedness. This study revealed several findings: (1) compound verbs in Persian are decomposed into their constituents at early stages of processing, (2) at early stages of processing, decomposition is based on purely orthographic similarity, (3) although both transparent and opaque compound constituents were facilitated while processing, transparency had an impact on processing in the early stages of processing. Finally, the findings seem to support a parallel input effect or competing alternative effect for the verbal constituent of the transparent compound verb, as reflected in the slower facilitation for the verbal constituent compared to the nominal constituent. In theoretical studies on Persian complex predicates, the compound verb formation can be either lexical or syntactic. The overall evidence reflected in the linguistic data for Persian complex predicates presented in this dissertation as well as the results of the experimental studies carried out in this research seem to point towards lexical compounding in Persian compound verb formation. The evidence comes from (1) the nominalization of the compound, i.e. the possibility of using the compound verb as a noun; (2) the atelicity feature, i.e. the possibility of using the compound verb after the progressive expression dar haale ‘in the process of’, which indicates an incomplete action; and (3) the nonreferentiality of the nominal constituent in the compound verb, i.e. the nominal constituent cannot be followed by a pronoun that refers to it. On the other hand, the results of the experimental studies reported in this dissertation seem to support a lexical approach to compound verbs in Persian. The technique used in these experimental studies was masked priming paradigm, which investigates the prelexical and lexical processing. The results reveal constituent priming effects under masked priming technique. This indicates that Persian compound verb constituents are accessed at the prelexical stage of processing. Syntactic calculations are said to be done at later stages of processing. Therefore, the early processing of compound verb constituents leads us to the argument for the lexicality of Persian compound verbs.

No description available.

There has been little research exploring whether different memory processes (i.e. related to short term memory (STM), working memory (WM) and long term memory (LTM) may be differentially sensitive to representation and processing aspects of compound words. This study investigated how compound words are represented in STM in immediate serial recall tasks and in WM in complex span tasks that combine processing and storage demands. The simple span STM task was comprised of solely a list of memory words, whereas the two complex span WM tasks interleaved sentence processing between presentation of memory words. They varied in the presence of a pause after presentation of each memory word and before onset of the following distractor sentence for processing. The absence of a pause was intended to minimize opportunity for subvocal rehearsal, whereas the presence of a pause encouraged rehearsal. To increase chances of recombination errors for error analyses, lists of memoranda were manipulated so that each set (list) of four compound words contained one “lure” pair (e.g. pinstripe + warhead = pinhead) in which the modifier and head constituents from separate compound words could recombine to form a new, legal word. Recall performance was better in the simple span and complex span pause tasks compared to the complex span no pause task. Whole compound and left constituent frequencies played opposite roles, helping and harming, respectively. Error types reflecting decomposition of the compound words to their constituents were more common in simple span than in complex span. Omissions were more common in complex span. We discuss how different memory processes may be differentially sensitive to representation and processing aspects, and how recall of compound words is affected by various lexical variables. / Thesis / Master of Science (MSc)

The conceptual relation theory postulates that English noun-noun compound words (e.g., snowman) have an underlying predicate structure that is not present in the surface form, but is recovered during compound processing (e.g., man made of snow). The relational nature of constituent binding in compound words marks them as a linguistic construction that is distinct from both the simplex words (monomorphemic) and other complex words (derived and inflected words) previously examined in the context of verbal working memory. In short-term memory research, a growing body of evidence suggests that semantic properties of words influence verbal recall; however, such effects have not been examined in the context of compound conceptual relations. The present study investigated the possible effects of compound conceptual relations in verbal working memory via an immediate serial recall task. The task was designed to examine whether sharing of an individual relation leads to facilitative or inhibitory effects for compounds associated with that relation and, more generally, whether this semantic property of compound words contributes to their recollection from short-term memory. Evidence from the serial recall experiment suggested an effect of compound relation priming in working memory. Relational similarity between recall list items appeared to inhibit recall performance. The thesis discusses how this may be the result of increased competition between compound constituents as a result of heightened constituent-level activation during word recall. This effect was not observed in relations that appeared to be overly general, suggesting that the effect is only present when compound words are matched according to salient, sufficiently specified relations. / Thesis / Master of Science (MSc)

Thesis (M.A. (Translation Studies and Linguistics)) -- University of Limpopo, 2022 / The prime goal of this study is to explore, form and analyse the semantic content of compound words in Sepedi. The study used the qualitative method. Data were collected using participant observations from various written sources and it was analysed through Content Analysis. The Theory of Construction Morphology was tested on endocentric, exocentric, and copulative compound words to locate the headedness of Sepedi compound words. The study revealed that the head of compound words can be located on the nominal prefix, left-hand side, right-hand side, on both nominal prefixes and it can be determined outside of the compound word for metaphoric exocentric nominal compounds. Furthermore, because of the role noun class prefixes play on determining the head of compound words, the study found that Sepedi compound words are nominals. The formation of Sepedi compound words involves the combination of different word aspects such as objects concords, deverbatives, verbal roots, stems, suffixal endings, and lexical categories such as nouns, Adjectives, and verbs. The resultant compound word of these combinations always results in a compound noun. It was recommended that future researchers should investigate the semantic content of exocentric compound words in African languages, especially the Sepedi language. The study further highlighted that there is still a need for a study that looks at the influences of nominal prefixes on the headedness of compound words in Sepedi. Furthermore, the study recommended that to alleviate the gap of shortage of literature in Sepedi, future studies should focus on word formation processes in Sepedi. / Feenix Crowdfunding and C Track Fleet Management Solutions Pty Ltd

Theories of phonological word formation (e.g. Selkirk 1980, 1986; Nespor & Vogel 1986; Lahiri & Plank 2010) assume that prosodic units are not isomorphic with syntactic units. However, the prosodic status of compounds remain uncertain, at least in so far as language planning and phonological encoding is concerned. Theories are not transparent about the prosodic status of compounds: although a noun-noun compound in English consists of two lexical words (and therefore two prosodic words), it can also act as a single prosodic item by exhibiting main stress on the first unit and carrying inflection. Thus the question remains controversial - should these items be treated as a single prosodic unit, similar to a monomorphemic word, or as two distinct units for the purpose of post-lexical representation? Recursive word formation may suggest that compounds are a single unit. Psycholinguistic evidence measuring speech onset latency in native speakers of Dutch and Portuguese also shows compounds being treated as single prosodic units (Wheeldon & Lahiri 1997, 2002; Vigario, 2010). Although recent studies have produced evidence for the prosodification of compounds in native speakers, little is known about the process in non-native speakers. Our research questions are as follows: what is the post-lexical planning unit in English, and how do non-native fluent speakers of English plan these units for the purpose of phonological encoding? To investigate our hypotheses, we focus on the phonological encoding of compounds with and without encliticisation, for native and non-native speakers of English. In a series of delayed priming tasks, we found overwhelming evidence that reaction times reflected the total number of prosodic units in the target sentence. In online tasks, however, speech latencies only reflected the size of the first prosodic unit. Taken together,these results suggest that, despite containing two lexical and prosodic words, English compounds are planned as single prosodic units, exhibiting encliticisation and reaction times similar to those of monomorphemic words. As shown by the results in this study, this naming paradigm has proved extremely beneficial for eliciting data about the structure of prosodic units in speech production. Not only was it successful for native speakers of Dutch, European Portuguese, and English, we also found that it was easily implemented into a study of post-lexical encoding in non-native speakers of English.