Phonological Knowledge Research Articles

Cognitive model of phonological awareness focusing on errors and formation process through Shiritori

Language acquisition is supported by phonological awareness, which intentionally makes children aware of phonological units. By understanding the internal processes of children during language acquisition, this study aims to elucidate factors that can correct erroneous phonological generation. Therefore, we developed a cognitive model using innate and experiential factors of the memory retrieval in the cognitive architecture–ACT-R. Furthermore, we performed simulations using Shiritori, a Japanese word game, as an interaction task. The simulation included the observation of effects of the experiential factor of repeating a task and innate factors of different settings. It showed that repeating a single task causes incorrect convergence, and this convergence can be prevented by comprehensive activation of overall phonological knowledge during the interval of Shiritori tasks. Moreover, the simulation in specific innate settings exhibited commonalities with cases of developmental disorder by showing errors like consonant deletion. In the future, we will examine the correlation of the aforementioned findings with actual language development to realize the use of cognitive architecture in real world.

Leveraging graph algorithms to speed up the annotation of large rhymed corpora

Abstract Rhyming patterns play a crucial role in the phonological reconstruction of earlier stages of Chinese. The past few years have seen the emergence of the use of graphs to model rhyming patterns, notably with List’s (2016) proposal to use graph community detection as a way to go beyond the limits of the link-and-bind method and test new hypotheses regarding phonological reconstruction. List’s approach requires the existence of a rhyme-annotated corpus; such corpora are rare and prohibitively expensive to produce. The present paper solves this problem by introducing several strategies to automate annotation. Among others, the main contribution is the use of graph community detection itself to build an automatic annotator. This annotator requires no previous annotation, no knowledge of phonology, and automatically adapts to corpora of different periods by learning their rhyme categories. Through a series of case studies, we demonstrate the viability of the approach in quickly annotating hundreds of thousands of poems with high accuracy.

Cognitive predictors of language abilities in primary school children: A cascaded developmental view.

This study investigated the longitudinal relationship between children's domain-general cognitive constraints underlying phonological and sentence processing development in a big sample of typically developing children. 104 children were tested on non-linguistic processing speed, phonological skills (phonological short term memory, phonological knowledge, phonological working memory), and sentence processing abilities (sentence repetition and receptive grammar) in 1st grade (aged 6 to 6.5) and one year later. A cross-lagged structural equation model showed that non-linguistic processing speed was a concurrent predictor of phonological skills, and that phonology had a powerful effect on the child's sentence processing abilities concurrently and longitudinally, providing clear evidence for the role of domain-general processes in the developmental pathway of language. These findings support a cascaded cognitive view of language development and pose important challenges for evaluation and intervention strategies in childhood.

Exploring the Use of Various Board Games to Enhance Speaking Skills Viewed from Students’ Phonology Awareness

Speaking skill is classified as a productive skill after writing skills. It is related to communicative performance dealing with phonetic, fluency, accuracy, pronunciation, grammatical competence, intonation, and vocabulary mastery. Besides, students’ phonology knowledge is crucial in understanding speakers’ utterances in speaking activities. Therefore, students’ phonology awareness in speaking classes determine the students are success or not in having speaking skills. This study aims to elaborate the use of speaking board games to improve students’ speaking skills viewed from phonology awareness. To attain the research aims, this study employed classroom action research. The problems are focused on students’ speaking skills in relation to phonology awareness. The research data are classified into qualitative and quantitative data. The qualitative data were gained using interview and observation sheets, while the quantitative data were collected using speaking tests. Based on the research findings, this study can be concluded that the use of speaking board games in teaching speaking classes which was combined with other various materials was able to improve students’ confidence and critical thinking skills to speak. It helped students practice their fluency, practice their accuracy, and gave smooth correction to the grammatical errors being made. Providing students with various speaking practices, the use of board games also facilitated students to improve their pronunciation inside and outside classes, vocabulary, and engage them to learn the English daily expressions in various topics.

Chapter 6 - Components of language processing and their long-term and working memory storage in the brain

There is a consensus that the temporal lobes are involved in representing various types of information critical for language processing, including phonological (i.e., speech sound), semantic (meaning), and orthographic (spelling) representations. An important question is whether the same regions that represent our long-term knowledge of phonology, semantics, and orthography are used to support the maintenance of these types of information in working memory (WM) (for instance, maintaining semantic information during sentence comprehension), or whether regions outside the temporal lobes provide the neural basis for WM maintenance in these domains. This review focuses on the issue of whether temporal lobe regions support WM for phonological information, with a brief discussion of related findings in the semantic and orthographic domains. Across all three domains, evidence from lesion-symptom mapping and functional neuroimaging indicates that parietal or frontal regions are critical for supporting WM, with different regions supporting WM in the three domains. The distinct regions in different domains argue against these regions as playing a general attentional role. The findings imply an interaction between the temporal lobe regions housing the long-term memory representations in these domains and the frontal and parietal regions needed to maintain these representations over time.

Domain-Adversarial Based Model with Phonological Knowledge for Cross-Lingual Speech Recognition

Phonological-based features (articulatory features, AFs) describe the movements of the vocal organ which are shared across languages. This paper investigates a domain-adversarial neural network (DANN) to extract reliable AFs, and different multi-stream techniques are used for cross-lingual speech recognition. First, a novel universal phonological attributes definition is proposed for Mandarin, English, German and French. Then a DANN-based AFs detector is trained using source languages (English, German and French). When doing the cross-lingual speech recognition, the AFs detectors are used to transfer the phonological knowledge from source languages (English, German and French) to the target language (Mandarin). Two multi-stream approaches are introduced to fuse the acoustic features and cross-lingual AFs. In addition, the monolingual AFs system (i.e., the AFs are directly extracted from the target language) is also investigated. Experiments show that the performance of the AFs detector can be improved by using convolutional neural networks (CNN) with a domain-adversarial learning method. The multi-head attention (MHA) based multi-stream can reach the best performance compared to the baseline, cross-lingual adaptation approach, and other approaches. More specifically, the MHA-mode with cross-lingual AFs yields significant improvements over monolingual AFs with the restriction of training data size and, which can be easily extended to other low-resource languages.

Are form priming effects phonological or perceptual? Electrophysiological evidence from American Sign Language

Form priming has been used to identify and demarcate the processes that underlie word and sign recognition. The facilitation that results from the prime and target being related in form is typically interpreted in terms of pre-activation of linguistic representations, with little to no consideration for the potential contributions of increased perceptual overlap between related pairs. Indeed, isolating the contribution of perceptual similarity is impossible in spoken languages; there are no listeners who can perceive speech but have not acquired a sound-based phonological system. Here, we compared the electrophysiological indices of form priming effects in American Sign Language between hearing non-signers (i.e., who had no visual-manual phonological system) and deaf signers. We reasoned that similarities in priming effects between groups would most likely be perceptual in nature, whereas priming effects that are specific to the signer group would reflect pre-activation of phonological representations. Behavior in the go/no-go repetition detection task was remarkably similar between groups. Priming in a pre-N400 window was also largely similar across groups, consistent with an early effect of perceptual similarity. However, priming effects diverged between groups during the subsequent N400 and post-N400 windows. Signers had more typical form priming effects and were especially attuned to handshape overlap, whereas non-signers did not exhibit an N400 component and were more sensitive to location overlap. We attribute this pattern to an interplay between perceptual similarity and phonological knowledge. Perceptual similarity contributes to early phonological priming effects, while phonological knowledge tunes sensitivity to linguistically relevant dimensions of perceptual similarity.

A Self-Supervised Model for Language Identification Integrating Phonological Knowledge

In this paper, a self-supervised learning pre-trained model is proposed and successfully applied in language identification task (LID). A Transformer encoder is employed and multi-task strategy is used to train the self-supervised model: the first task is to reconstruct the masking spans of input frames and the second task is a supervision task where the phoneme and phonological labels are used with Connectionist Temporal Classification (CTC) loss. By using this multi-task learning loss, the model is expected to capture high-level speech representation in phonological space. Meanwhile, an adaptive loss is also applied for multi-task learning to balance the weight between different tasks. After the pretraining stage, the self-supervised model is used for xvector systems. Our LID experiments are carried out on the oriental language recognition (OLR) challenge data corpus and 1 s, 3 s, Full-length test sets are selected. Experimental results show that on 1 s test set, feature extraction model approach can get best performance and in 3 s, Full-length test, the fine-tuning approach can reach the best performance. Furthermore, our results prove that the multi-task training strategy is effective and the proposed model can get the best performance.

Multiple Sources of Surprisal Affect Illusory Vowel Epenthesis.

Illusory epenthesis is a phenomenon in which listeners report hearing a vowel between a phonotactically illegal consonant cluster, even in the complete absence of vocalic cues. The present study uses Japanese as a test case and investigates the respective roles of three mechanisms that have been claimed to drive the choice of epenthetic vowel—phonetic minimality, phonotactic predictability, and phonological alternations—and propose that they share the same rational goal of searching for the vowel that minimally alters the original speech signal. Additionally, crucial assumptions regarding phonological knowledge held by previous studies are tested in a series of corpus analyses using the Corpus of Spontaneous Japanese. Results show that all three mechanisms can only partially account for epenthesis patterns observed in language users, and the study concludes by discussing possible ways in which the mechanisms might be integrated.

A Rasch-based validation of the Vietnamese version of the Listening Vocabulary Levels Test

The Listening Vocabulary Levels Test (LVLT) created by McLean et al. Language Teaching Research 19:741-760, 2015 filled an important gap in the field of second language assessment by introducing an instrument for the measurement of phonological vocabulary knowledge. However, few attempts have been made to provide further validity evidence for the LVLT and no Vietnamese version of the test has been created to date. The present study describes the development and validation of the Vietnamese version of the LVLT. Data was collected from 311 Vietnamese university students and then analyzed based on the Rasch model using several aspects of Messick’s, Educational Measurement, 1989; American Psychologist 50:741–749, 1995 validation framework. Supportive evidence for the test’s validity was provided. First, the test items showed very good fit to the Rasch model and presented a sufficient spread of difficulty. Second, the items displayed sound unidimensionality and were locally independent. Finally, the Vietnamese version of the LVLT showed a high degree of generalizability and was found to positively correlate with the IELTS listening test at 0.65.

A Study on the Didactic Transposition of Phonological Knowledge -A Focusing on the Realization of Stem-final Consonant-

이 연구의 목적은 국어의 교착적 특성을 잘 드러내는 어간말 자음의 실현 양상을 통해, 음운 지식의 교수학적 변환에서 중요하게 고려해야 할 사항으로서의 주안점을 모색하는 데 있다. 국어는 교착어로 어근이나 어간에 문법적 기능을 지닌 요소가 결합하여 문장 내에서 관계를 설정하게 된다. 이에 따라 음성 언어로 소통할 때 다양하게 실현되는 양상을 살펴볼 수 있다. 음운 지식은 국어 교육 전반에서 중요하게 작용한다는 점에서 교수·학습 상황에 알맞게 이해하고 적용하는 것이 필요하다. 교수학적 변환은 교육학적 관점에서 학문적 지식을 선정하여 이것을 유의미하게 변환하는 것을 뜻한다. 즉, 교수학적 변환은 학문적 지식과 가르치고 배우는 지식의 관계 설정이라고 할 수 있다. 국어의 교착적 특성을 잘 드러내는 어간말 자음을 통해 학습자별 실현 양상에 차이가 있음을 알 수 있었다. 음운 지식이 학습자에게 실제적 지식이 되기 위해서는 다음의 몇가지에 주의를 기울일 필요가 있다. 첫째, 지역 방언 화자의 개별성을 고려해야 한다. 둘째, 음운 지식의 수직적 연계성을 강화할 필요가 있다. 셋째, 지식의 체계성을 확보함으로써 지식의 전이성을 높일 수 있다.

Echoes of L1 Syllable Structure in L2 Phoneme Recognition.

Learning to move from auditory signals to phonemic categories is a crucial component of first, second, and multilingual language acquisition. In L1 and simultaneous multilingual acquisition, learners build up phonological knowledge to structure their perception within a language. For sequential multilinguals, this knowledge may support or interfere with acquiring language-specific representations for a new phonemic categorization system. Syllable structure is a part of this phonological knowledge, and language-specific syllabification preferences influence language acquisition, including early word segmentation. As a result, we expect to see language-specific syllable structure influencing speech perception as well. Initial evidence of an effect appears in Ali et al. (2011), who argued that cross-linguistic differences in McGurk fusion within a syllable reflected listeners’ language-specific syllabification preferences. Building on a framework from Cho and McQueen (2006), we argue that this could reflect the Phonological-Superiority Hypothesis (differences in L1 syllabification preferences make some syllabic positions harder to classify than others) or the Phonetic-Superiority Hypothesis (the acoustic qualities of speech sounds in some positions make it difficult to perceive unfamiliar sounds). However, their design does not distinguish between these two hypotheses. The current research study extends the work of Ali et al. (2011) by testing Japanese, and adding audio-only and congruent audio-visual stimuli to test the effects of syllabification preferences beyond just McGurk fusion. Eighteen native English speakers and 18 native Japanese speakers were asked to transcribe nonsense words in an artificial language. English allows stop consonants in syllable codas while Japanese heavily restricts them, but both groups showed similar patterns of McGurk fusion in stop codas. This is inconsistent with the Phonological-Superiority Hypothesis. However, when visual information was added, the phonetic influences on transcription accuracy largely disappeared. This is inconsistent with the Phonetic-Superiority Hypothesis. We argue from these results that neither acoustic informativity nor interference of a listener’s phonological knowledge is superior, and sketch a cognitively inspired rational cue integration framework as a third hypothesis to explain how L1 phonological knowledge affects L2 perception.

Lexical representations can rapidly be updated in the early stages of second-language word learning

Encoding second-language (L2) phonological contrasts into lexical representations is known to be challenging above and beyond the perceptual difficulties that these contrasts may entail. In two experiments, this study assessed the effect of form-focused training during word learning on the lexical encoding of the English /ɛ/-/æ/ contrast into novel L2 minimal pairs (e.g., tendek-tandek) by German learners of English. More specifically, we investigated whether the point in time in which form-focused training is administered (i.e., very first presentation vs. after one training session) determines learners’ success at distinguishing the two vowels in the novel words. In Experiment 1, only native English tokens were presented whereas, in Experiment 2, productions by a fellow German-accented learner of English were also included. Results revealed an early benefit of phonologically-focused training on lexical encoding and novel word recognition (Experiment 1) that nonetheless appeared to be constrained by the demands of the task and the properties of the input presented (Experiment 2). Most importantly, however, learners’ ultimate word recognition performance provided evidence that early lexical representations can rapidly be updated to reflect improvements in phonological knowledge.

Extending Ultrasound Tongue Shape Complexity Measures to Speech Development and Disorders.

Purpose Generalizations can be made about the order in which speech sounds are added to a child's phonemic inventory and the ways that child speech deviates from adult targets in a given language. Developmental and disordered speech patterns are presumed to reflect differences in both phonological knowledge and skilled motor control, but the relative contribution of motor control remains unknown. The ability to differentially control anterior versus posterior regions of the tongue increases with age, and thus, complexity of tongue shapes is believed to reflect an individual's capacity for skilled motor control of speech structures. Method The current study explored the relationship between tongue complexity and phonemic development in children (ages 4-6 years) with and without speech sound disorder producing various phonemes. Using established metrics of tongue complexity derived from ultrasound images, we tested whether tongue complexity incrementally increased with age in typical development, whether tongue complexity differed between children with and without speech sound disorder, and whether tongue complexity differed based on perceptually rated accuracy (correct vs. incorrect) for late-developing phonemes in both diagnostic groups. Results Contrary to hypothesis, age was not significantly associated with tongue complexity in our typical child sample, with the exception of one association between age and complexity of /t/ for one measure. Phoneme was a significant predictor of tongue complexity, and typically developing children had more complex tongue shapes for /ɹ/ than children with speech sound disorder. Those /ɹ/ tokens that were rated as perceptually correct had higher tongue complexity than the incorrect tokens, independent of diagnostic classification. Conclusions Quantification of tongue complexity can provide a window into articulatory patterns characterizing children's speech development, including differences that are perceptually covert. With the increasing availability of ultrasound imaging, these measures could help identify individuals with a prominent motor component to their speech sound disorder and could help match those individuals with a corresponding motor-based treatment approach. Supplemental Material https://doi.org/10.23641/asha.14880039.

Linguistic Tone and Non-Linguistic Pitch Imitation in Children with Autism Spectrum Disorders: A Cross-Linguistic Investigation.

The conclusions on prosodic pitch features in autism spectrum disorders (ASD) have primarily been derived from studies in non-tonal language speakers. This cross-linguistic study evaluated the performance of imitating Cantonese lexical tones and their non-linguistic (nonspeech) counterparts by Cantonese- and Mandarin-speaking children with and without ASD. Acoustic analyses showed that, compared with typically developing peers, children with ASD exhibited increased pitch variations when imitating lexical tones, while performed similarly when imitating the nonspeech counterparts. Furthermore, Mandarin-speaking children with ASD failed to exploit the phonological knowledge of segments to improve the imitation accuracy of non-native lexical tones. These findings help clarify the speech-specific pitch processing atypicality and phonological processing deficit in tone-language-speaking children with ASD.

The Correlation Between Phonological Knowledge and Pronunciation Ability

The purpose of this research is to know whether there is a significant correlation between phonological knowledge and pronunciation ability. The method used in this research is correlation design. Variable X is the students’ phonological knowledge and variable Y is students’ pronunciation ability. Population of this research is all of the fourth semester students. There are 80 students as population and the writer took 20 students as the sample. The data are analyzed using Pearson Product Moment formula to know whether there is a correlation between phonological knowledge and pronunciation ability of the students. The result showed there is a correlation between phonological knowledge and pronunciation ability of the students. Based on the calculation that is obtained, rxy value from variable X and Y is 0,223. It is categorized as a low correlation. Whereas the result of the calculation use tcount formula. The tcount value is 1,002. It means that there is no a significant correlation between X and Y variable.

Developmental Trajectories of Written Language Precursors according to Socioeconomic Status

There is resounding evidence of the existence of direct precursors of written language, most specifically phonological awareness, letter knowledge, vocabulary, and oral comprehension. The initial differences identified in the development of written language precursors are directly related to subsequent students’ academic trajectories. Socioeconomic status is a significant source of initial differences in performance, with discrepancies in the development of reading precursors favoring children from more affluent backgrounds. We assessed reading precursors in 176 Chilean children from different socioeconomic levels. Significant differences in performance were found, which tended to favor the higher socioeconomic groups for each precursor we tested. However, the developmental trajectories of skills were similar for phonological awareness, letter knowledge, vocabulary, and oral comprehension. A compensatory trajectory was observed only in the case of rapid naming. The problem arises from the need for educational systems to adapt to the specific needs of their students, in order to generate compensatory trajectories in all reading precursor skills and enable a decrease in the gaps in reading performance among children from different socioeconomic backgrounds.

Developing Reading Skills in Prelingually Deaf Preschool Children: Fingerspelling as a Strategy to Promote Orthographic Learning.

The aim of this study was to clarify whether fingerspelling provides a sophisticated mechanism that promotes the development of detailed orthographic knowledge for deaf individuals even in the absence of paralleling phonological knowledge. An intervention program comprised of various procedures chaining between fingerspelled sequences; their written correlates and meaning were administered in a multiple probe single-subject research design across semantic categories to four children with severe to profound prelingual hearing loss (age 4.2-6years). Results demonstrate the occurrence of rapid orthographic learning during intervention and reliable retention of it in maintenance checks, despite the participants' insufficiently developed phonological skills. Observations of the participants' behavior further suggest fingerspelling to function as an effective mediator in the initial development of robust detailed orthographic lexicon. Analyzes also indicate that "learning through action" and "relevance to the task" provide two key factors in relation to the promotion of orthographic learning, with their absence creating an obvious vacuum in this regard. Insights from the study are discussed with reference to their implication for the development of learning materials and learning environments for prelingually deaf and other novice learners.

The Relation Between a Systematic Analysis of Spelling and Orthographic and Phonological Awareness Skills in First-Grade Children.

Purpose As an initial step in determining whether a spelling error analysis might be useful in measuring children's linguistic knowledge, the relation between the frequency of types of scores from a spelling error analysis and children's performance on measures of phonological and orthographic pattern awareness was examined. Method The spellings of first-grade children with typical spoken language skills were scored using the Spelling Sensitivity System (Masterson & Apel, 2010a); words were parsed into elements based on phonemes and then assigned a score based on the linguistic skills represented in the spelling. The children also completed more traditional measures of phonological and orthographic knowledge: an elision task and an orthographic pattern awareness task. Results There was a moderate negative correlation between number of elements omitted in the children's spellings (e.g., the child did not represent a phoneme with a letter[s] and performance on the phonological awareness task). There also was a moderate negative correlation between frequency of orthographically based spelling errors (e.g., spelling an element with a letter[s] that could never represent that sound in English) and performance on the orthographic pattern and phonological awareness measures. Conclusions These findings suggest that specific types of scores on the spelling error analysis provided information about the children's phonological awareness and orthographic knowledge. They also support continued investigations on the use of a systematic spelling error analysis for measuring phonological awareness and orthographic knowledge and highlight the potential utility of the analysis procedure in the educational setting.

Examining Factors That Predict Arabic Word Reading in First and Second Graders

Although there is a growing research base on Arabic literacy development to inform our understanding of the factors that account for variability in word reading skill, the current body of research is limited by two major constraints. First, although several studies examine one or more early literacy constructs, we were able to locate only two studies that included phonological, orthographic and morphological factors together. Second, all of the studies conducted to date rely on the use of researcher-developed measures that include tasks associated with the construct(s) of interest, but that are not based on a comprehensive conceptual framework of these constructs. In this study, 188 students in grades 1–2 completed measures of phonological processing, orthographic knowledge, morphological awareness, and word reading. Results of multiple regression analyses indicate that phonological awareness, and, in particular, elision, accounted for significant variance in word reading, regardless of how word reading was measured. Morphological awareness and orthographic knowledge measures also accounted for significant variance in some word reading measures. RAN and Phonological Memory measures only contributed to some measures of word reading ability. Results are discussed in the context of the existing literature on Arabic. Implications and next steps for research are discussed.