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Design and Validation of a Frequency-Based Auditory Attention Test for Children
Elif Kuru1, Büşra Uludağ2, Özlem Konukseven2
1Department of Audiology, Bezmialem Vakıf University Health Sciences Faculty, İstanbul, Türkiye.
Insights
This study developed a frequency-based auditory attention test (FBAAT) for children. The FBAAT shows good reliability, though background noise impacts performance, especially on general frequency lists.
Area of Science:
- Cognitive psychology
- Developmental psychology
- Speech and hearing sciences
Background:
- Auditory attention is vital for children's learning and communication.
- Existing assessments for auditory processing in children are limited.
- A need exists for a reliable, age-appropriate tool to assess frequency-based auditory attention.
Purpose of the Study:
- To develop and evaluate a frequency-based auditory attention test (FBAAT) for children.
- To assess the test's reliability and feasibility in typically developing children.
- To investigate the impact of background noise on auditory attention across different frequency ranges.
Main Methods:
- Developed a frequency-based auditory attention test (FBAAT) using filtered monosyllabic word lists.
- Administered the FBAAT to 40 typically developing children aged 10-13 years.
- Tested performance in quiet and +10 dB SNR conditions; assessed test-retest reliability.
Main Results:
- The FBAAT demonstrated acceptable test-retest reliability.
- Background noise significantly reduced performance on the general frequency list.
- Low-frequency and general lists showed better recognition scores than mid- and high-frequency lists.
Conclusions:
- The Turkish FBAAT is a feasible tool for assessing frequency-based auditory attention in children.
- Preliminary results indicate acceptable test-retest reliability.
- Further research is required for broader validation and generalization.
Background:
Auditory attention, a complex cognitive function crucial for learning and effective communication, plays a vital role in children's academic and social development. This study aims to develop a rapid, reliable, and age-appropriate assessment tool to evaluate frequency-based auditory attention in children, addressing a current gap in standardized testing for auditory and cognitive processing abilities.
Methods:
This study included 40 typically developed children (20 females, 20 males) aged 10-13 years. A frequency-based auditory attention test (FBAAT) was developed using filtered monosyllabic word lists representing low, mid, high, and general frequency ranges. The lists were presented in quiet and in +10 dB signal-to-noise ratio (SNR) background noise conditions. Participants identified pre-defined target words by pressing a button. Test-retest reliability was assessed in a subgroup of participants.
Results:
The FBAAT was administered to each participant. Gender differences were minimal, with males scoring significantly higher only on the general list in the background noise condition (P = .01). Background noise (+10 dB SNR) significantly reduced performance in the general list compared to the condition without noise (P=.04). General and low-frequency lists yielded better recognition scores than mid- and high-frequency lists (P < .05). However, there were no significant differences between the general and low-frequency lists, nor between the mid- and high-Frequency lists (P > .05). Test-retest reliability analysis indicated no significant differences between initial and retest scores (P > .05), confirming consistency over time.
Conclusion:
Preliminary findings suggest that the Turkish FBAAT is feasible and demonstrates acceptable test-retest reliability in typically developing children; however, further research is needed to validate and generalize these results.
