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首页> 外文期刊>The Journal of the Acoustical Society of America >Study of an automated procedure for a Dutch sentence test for the measurement of the speech reception threshold in noise
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Study of an automated procedure for a Dutch sentence test for the measurement of the speech reception threshold in noise

机译:荷兰句子测试自动化程序的研究,用于测量噪声中的语音接收阈值

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A procedure was developed for the automated measurement of the speech reception threshold in stationary noise [SRTn], which can be administered by the subjects themselves using a computer. The procedure was based on the SRTn test for Dutch developed by Plomp and Mimpen [(1979). "Improving the reliability of testing the speech reception threshold for sentences," Audiology, 18, 43-52]. Because in the automated procedure the responses were entered on a keyboard, the question of how to deal with typing and spelling errors played a key role. At first the possibility of scoring on keywords only was examined. An experiment was conducted in which the adaptive procedure was varied. Results showed that the combination of scoring each keyword separately and a fixed scheme of the adaptation of the signal-to-noise ratio throughout the procedure yields the highest test-retest reliability. Subsequently, the collection and verification of responses using a keyboard were examined. Two different algorithms were developed and evaluated against the traditional task of verbal repetition and response verification by an experimenter. The results indicated a preference for verification by dynamic alignment over a spelling checker approach. In conclusion, the results show that it is possible to automate the test procedure while maintaining sufficient reliability. (C) 2008 Acoustical Society of America. [DOI: 10.1121/1.2990706]
机译:开发了一种自动测量静止噪声[SRTn]中的语音接收阈值的程序,可以由受试者自己使用计算机进行管理。该程序基于由Plomp和Mimpen [(1979)开发的针对荷兰语的SRTn测试。 “提高测试句子的语音接收阈值的可靠性,” Audiology,18,43-52]。因为在自动过程中,响应是通过键盘输入的,所以如何处理键入和拼写错误的问题起着关键作用。首先,研究了仅对关键字评分的可能性。进行了其中自适应程序有所不同的实验。结果表明,分别对每个关键字评分和整个过程中信噪比调整的固定方案相结合,可以产生最高的重测信度。随后,检查了使用键盘收集和验证响应。针对实验人员的口头重复和回应验证这一传统任务,开发并评估了两种不同的算法。结果表明,相对于拼写检查器方法,希望通过动态对齐进行验证。总之,结果表明可以在保持足够可靠性的同时使测试过程自动化。 (C)2008年美国声学学会。 [DOI:10.1121 / 1.2990706]

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