Peer-reviewed article
Does artificial intelligence-supported rhythm-enhanced phonological awareness training improve early reading in children with attention-deficit/hyperactivity disorder? A randomised controlled intervention study.
Zhang L, Huang F, Li P ·
Summary
Written by AI, not yet AICS's view · claude-haiku-4-5-20251001This study tested whether rhythm-enhanced phonological awareness training, delivered through artificial intelligence software and human support, could improve early reading skills in Mandarin-speaking kindergarten children with ADHD. A total of 146 children were randomly assigned to receive either rhythm-based phonological awareness training, phonological awareness training alone, or control activities over 8 weeks. Children in both intervention groups improved more than controls on reading and language awareness measures, with the rhythm-enhanced group showing additional improvements in character reading and rhythm discrimination.
Key points
- Both intervention groups outperformed the control group on syllable, rhyme, tone, and phoneme-level awareness
- The rhythm-enhanced group outperformed the phonological-awareness-only group in character reading (mean difference = 6.92)
- The rhythm-enhanced group showed significantly better rhythm discrimination (mean difference = 3.11) than the phonological-awareness-only group
- Intervention consisted of AI-supported instruction for 8 weeks, two 30-minute sessions per week
- Study demonstrates that rhythm may serve as a temporal scaffold for early reading development in children with ADHD
Limitations
The study was conducted only with Mandarin-speaking children in kindergarten, so findings may not generalise to other languages or age groups. The study does not report long-term follow-up to determine if gains in early reading skills persist over time.
Abstract
Introduction Children with attention-deficit/hyperactivity disorder (ADHD) are at increased risk of reading-related difficulties, and phonological awareness (PA) plays a vital role in early reading development. Rhythm may serve as a temporal scaffold for PA, yet whether rhythm-enhanced PA training produces additional benefits beyond typical PA training for children with ADHD remains unclear. This study examined whether rhythm-enhanced PA training, delivered through an artificial intelligence (AI)-supported and research-assistant-facilitated interactive teaching model, could improve early reading-related abilities and rhythm discrimination in Mandarin-speaking kindergarten children with ADHD. Methods A total of 165 eligible kindergarten children with ADHD were stratified by gender and randomly allocated in a 1:1:1 ratio to the rhythm-based phonological awareness (RPA) intervention group, the phonological-awareness-only (PAO) intervention group, or the control group. Of these, 146 children completed the intervention and were included in the final analysis. Both intervention groups received AI-supported instruction for 8 weeks, with two 30-min sessions per week, while the control group received AI-supported oral storybook activities. Outcome measures included character reading, four PA measures (syllable, rhyme, tone, and phoneme-level awareness), and rhythm discrimination. Results Significant time × group interactions were found for character reading, all four PA measures, and rhythm discrimination (all ps < 0.001, ηp2 = 0.11-0.53). Bonferroni-adjusted comparisons showed that both intervention groups outperformed the control group on syllable, rhyme, tone, and phoneme-level awareness (ps < 0.05). The RPA group further outperformed the PAO group in character reading (mean difference = 6.92, p = 0.003), syllable awareness (mean difference = 1.72, p = 0.004), rhyme awareness (mean difference = 1.54, p < 0.001), and rhythm discrimination (mean difference = 3.11, p < 0.001). Discussion Within the shared AI-supported and human-facilitated interactive teaching model, PA intervention improved PA-related outcomes, while rhythm enhancement provided additional benefits for character reading, syllable awareness, rhyme awareness, and rhythm discrimination. This study further extends the Temporal Sampling Framework by demonstrating that rhythm may serve as a temporal scaffold for PA and early reading development in children with ADHD.
Findings the Hub has extracted
Each claim below is labelled by its type of design and links back to this report.
- Intervention
- Rhythm-enhanced phonological awareness training delivered through AI-supported software with research assistant facilitation, or phonological awareness training alone (8 weeks, two 30-minute sessions per week)
- Population
- Kindergarten children (n=146 completing intervention) diagnosed with ADHD, Mandarin-speaking
Key finding
Both intervention groups significantly outperformed control on syllable, rhyme, tone, and phoneme-level awareness (p < 0.05)