scholarly journals THE EFFECTS OF PROCESSING INSTRUCTION AND TRADITIONAL INSTRUCTION ON L2 ONLINE PROCESSING OF THE CAUSATIVE CONSTRUCTION IN FRENCH: AN EYE-TRACKING STUDY - CORRIGENDUM

2018 ◽  
Vol 41 (2) ◽  
pp. 487-488
Author(s):  
Wynne Wong ◽  
Kiwako Ito
2017 ◽  
Vol 40 (2) ◽  
pp. 241-268 ◽  
Author(s):  
Wynne Wong ◽  
Kiwako Ito

AbstractWhile previous research has shown that processing instruction (PI) can more effectively facilitate the acquisition of target structures than traditional drill practice, the processing mechanism of PI has not been adequately examined because most assessment tasks have been offline. Using eye-tracking, this two-experiment study compared changes in processing patterns between two types of training: PI and traditional instruction (TI) on intermediate-level L2 learners’ acquisition of the French causative. Both experiments used a pretraining/posttraining design involving a dichotomous scene selection eye-tracking task to measure eye-movement patterns and accuracy in picture selection while participants processed auditory sentences. Neither group received explicit information (EI) in Experiment 1 while both experimental groups in Experiment 2 received EI before processing sentences. Results of Experiment 1 revealed the PI group had significantly higher accuracy scores than the TI group. A change in eye-movement pattern was also observed after training for the PI group but not for the TI group. In Experiment 2, when both groups received EI, PI subjects were again significantly more accurate than TI subjects, but both groups’ accuracy scores were not reliably higher than subjects in the PI and TI groups in Experiment 1 who did not receive EI. Eye-movement patterns in Experiment 2 showed that both TI and PI started to shift their gaze to the correct picture at the same point as PI subjects did in Experiment 1. This suggests that EI helped the TI group start entertaining the correct picture as a possible response sooner but the EI did not help the PI group process the target structure sooner than the TI group.


2019 ◽  
Vol 41 (2) ◽  
pp. 443-468
Author(s):  
Kiwako Ito ◽  
Wynne Wong

AbstractTwo eye-tracking experiments tested (a) whether L2 learners benefit from the consistency of input modality (auditory instead of written processing instruction [PI] training) and (b) whether they benefit from training using the same voice as the test voice. Results confirmed a robust effect of PI training on picture-selection accuracy, yet the improvement did not differ between training modalities. Eye-tracking data revealed resilient looks to the incorrect (first noun = agent) picture even after training, demonstrating the challenge in tuning to the grammatical forms while processing auditory L2 input. The effect of voice familiarity was larger for the male voice, which had longer duration for the later cue (à Marie/Pierre) than the female voice. Auditory PI training can be as effective as written PI training, but it does not immediately enhance learners’ sensitivity to grammatical cues. However, learners may benefit from hearing a salient grammatical cue toward the end of the sentence.


2020 ◽  
pp. 136216882092857
Author(s):  
Alessandro Benati

The present study explores the effects of structured input and traditional instruction on the acquisition of English causative passive forms using online measurements (eye-tracking). Previous empirical research investigating the effects of processing instruction through offline measurements (sentence and discourse) has overall shown positive results for this pedagogical intervention. Research investigating the main factor responsible for the effectiveness of processing instruction has confirmed that it is the structured input component that is the causative factor for the positive effects of processing instruction. The main questions of this study are: (1) what are the effects of structured input and traditional instruction on accuracy when measured by an eye-tracking picture selection task? (2) would possible difference in accuracy between structured input and traditional instruction be accompanied by changes in eye-movement patterns? To provide answers to the two questions formulated in this study, one eye-tracking study was carried out. Fifty-two adult learners (aged 19–21 years) participated and were assigned to one of two groups: structured input ( n = 26) or traditional instruction ( n = 26). Neither instructional groups received explicit information. A pre and post-training design was adopted and the two groups received two different instructional treatments (structured input vs. traditional instruction). Participants were assessed through a picture selection eye-tracking task to measure accuracy and eye-movement patterns while they were processing auditory sentences. Results of the eye-tracking task indicated that the structured input group achieved significantly higher accuracy scores compared to the group receiving traditional instruction. The main findings from the present study reveal that structured input training causes a change in learners’ eye-movement patterns.


2020 ◽  
Vol 4 (2) ◽  
Author(s):  
Alessandro Benati

The present study explores the effects of structured input and traditional instruction on the acquisition of English passive forms using online measurements (eye-tracking). Previous empirical research investigating the effects of processing instruction through offline measurements (sentence and discourse-level) has overall shown that it is an effective pedagogical intervention. Research investigating the main factor responsible for the effectiveness of processing instruction has confirmed that it is the structured input component that is the causative factor for the positive effects of processing instruction. The two main questions of this study are: (1) What are the effects of structured input and traditional instruction on accuracy when measured by an eye-tracking picture selection task? (2) Would possible differences in accuracy between structured input and traditional instruction be accompanied by changes in eye-movement patterns? To provide answers to the questions formulated in this study, one eye-tracking study was carried out. Sixty-four school-age learners (15–16 years old) participated and were assigned to one of two groups: structured input (n = 32 or traditional instruction (n = 32). Neither instructional group received explicit information. A pre- and post-training design was adopted and the two groups received two different instructional treatments (structured input vs traditional instruction). Participants were assessed through a picture selection eye-tracking task to measure accuracy and eye-movement patterns while they were processing auditory sentences. Results of the eye-tracking task indicated that the structured input group achieved significantly higher accuracy scores compared with  the group receiving traditional instruction. The main findings from the present study reveal that structured input training might cause a change in learners’ eye-movement patterns.


2021 ◽  
Author(s):  
Ana Pellicer-Sánchez ◽  
Anna Siyanova

Abstract The field of vocabulary research is witnessing a growing interest in the use of eye-tracking to investigate topics that have traditionally been examined using offline measures, providing new insights into the processing and learning of vocabulary. During an eye-tracking experiment, participants’ eye movements are recorded while they attend to written or auditory input, resulting in a rich record of online processing behaviour. Because of its many benefits, eye-tracking is becoming a major research technique in vocabulary research. However, before this emerging trend of eye-tracking based vocabulary research continues to proliferate, it is important to step back and reflect on what current studies have shown about the processing and learning of vocabulary, and the ways in which we can use the technique in future research. To this aim, the present paper provides a comprehensive overview of current eye-tracking research findings, both in terms of the processing and learning of single words and formulaic sequences. Current research gaps and potential avenues for future research are also discussed.


2021 ◽  
Vol 6 ◽  
Author(s):  
Misha-Laura Müller ◽  
Magali A. Mari

This paper presents two experiments on the processing of informative definite descriptions in plausible vs. implausible contexts. Experiment 1 is a self-paced reading task (with French native speakers, n = 69), with sentences containing a definite vs. indefinite NP, each preceded by plausible or implausible contexts. Our study replicated Singh and colleagues’ findings, namely that definite descriptions are significantly costlier when they occur in implausible contexts. The translation of the original stimuli from English to French did not affect the results, suggesting that the phenomenon applies cross-linguistically. Experiment 2 consists in an eye-tracking task, designed to measure the participants’ (n = 44) gaze patterns on complete sentences with the same four conditions (definite vs. indefinite NP; implausible vs. implausible contexts). A mixed effect model analysis revealed that (a) the total gaze duration on target segments and (b) the processing of the complete sentence were significantly longer in implausible conditions. These results show that implausible contexts predict a marked increase in the offline processing costs of definite descriptions. However, no significant difference was found for online processing measures (i.e., first fixation duration, first-pass reading time and regression path time measures) across all experimental conditions. These results suggest that it is only once the sentence is fully processed that implausible contexts increase processing costs. Furthermore, these results raise methodological issues related to the study of the online processing of definite descriptions, to the extent that self-paced reading and eye-tracking methods in the present study lead to incompatible results. With respect to the eye-tracking results, we suggest that the contrast between online and offline processing is likely to reflect the fact that participants first adopt a stance of trust to understand utterances before filtering the information through their epistemic vigilance module.


2018 ◽  
Vol 24 (3) ◽  
pp. 508-529
Author(s):  
Virginia C Mueller Gathercole ◽  
Hans Stadthagen-González ◽  
Samia Mercedes DeCubas

Aims and Objectives: This article examines semantic convergence of bilinguals’ two languages in the case of words that overlap semantically but are not fully isomorphic in meaning and application. To what extent do the type of bilingual, type of category, and relative semantic width across the languages matter? Design: The primary method involves eye tracking while participants chose pictures corresponding to an English word heard. The data examine potential differences in simultaneous Spanish–English bilinguals’, early Spanish L1–English L2 bilinguals’, and monolingual English speakers’ durations and numbers of fixations on potential candidates for referents. Data and Analysis: Thirty-eight participants were administered the task in relation to 48 English words from three types of words (classical, radial, and homophonic), half with wider semantic extension in English, half with wider semantic extension in Spanish. Durations and numbers of fixations were analyzed with ANOVAs with participant group, word type, and semantic width treated as variables. Findings/Conclusions: Data revealed minimal influences from Spanish on English with homophonic words, but for classical categories, and to some extent radial categories, bilinguals showed influence from Spanish on English words: participants considered referents that would be relevant for Spanish but not English. Originality: Eye tracking provides a window into the online processing of words and their referents, and thus provides more subtle clues to bilinguals’ processing of these categories relative to monolinguals’. The results support a special status relative to semantic convergence for words whose referents correspond to categories whose members lie close together in the conceptual space. Significance/Implications: For us to best account for semantic convergence in bilingual speakers, these data indicate that the type of category and the category structure in the conceptual space matter, the relative widths of the categories in bilinguals’ two languages matter, the task demands matter, and the type of bilingual matters.


Author(s):  
Kiwako Ito ◽  
Wynne Wong

Abstract Effects of phonetically variable input (PVI) for processing instruction (PI) training and the number of training items were tested with a picture-selection eye-tracking task. Intermediate second language (L2) learners of French (n = 174) were tested before and after they received either a short (24 items), medium (48), or long (96) training on the causative structure with either single- or multivoice input. PI improved picture-selection accuracy from about 10% to above 50% regardless of the training size. Eye-tracking data showed a reduction in looks to the incorrect picture only after the short and medium training: it surfaced regardless of voice variability after the short training, whereas multivoice training led to a greater reduction after the medium training. Long training did not yield a reliable reduction of incorrect looks regardless of voice variability. Taken together, PVI does not hinder L2 syntactic learning. Learners may benefit more from a relatively shorter training with PVI.


2017 ◽  
Vol 45 (1) ◽  
pp. 174-203 ◽  
Author(s):  
ANGEL CHAN ◽  
WENCHUN YANG ◽  
FRANKLIN CHANG ◽  
EVAN KIDD

AbstractWe report on an eye-tracking study that investigated four-year-old Cantonese-speaking children's online processing of subject and object relative clauses (RCs). Children's eye-movements were recorded as they listened to RC structures identifying a unique referent (e.g. “Can you pick up the horse that pushed the pig?”). Two RC types, classifier (CL) and ge3 RCs, were tested in a between-participants design. The two RC types differ in their syntactic analyses and frequency of occurrence, providing an important point of comparison for theories of RC acquisition and processing. A permutation analysis showed that the two structures were processed differently: CL RCs showed a significant object-over-subject advantage, whereas ge3 RCs showed the opposite effect. This study shows that children can have different preferences even for two very similar RC structures within the same language, suggesting that syntactic processing preferences are shaped by the unique features of particular constructions both within and across different linguistic typologies.


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