Wong Lena L N, Soli Sigfrid D
Centre for Communication Disorders, University of Hong Kong, Hong Kong, China.
Ear Hear. 2005 Jun;26(3):276-89. doi: 10.1097/00003446-200506000-00004.
To develop a Cantonese version of the Hearing In Noise Test (CHINT) with the same features as the English Hearing In Noise Test (HINT) (Nilsson, Soli, & Sullivan, 1994).
The CHINT was developed in five separate studies: (1) evaluation of initial materials; (2) creation of sentence materials; (3) equalization of sentence difficulty; (4) creation of sentence lists; and (5) evaluation of response variability, inter-list reliability, and establishment of norms. Using the CHINT material, reception thresholds for sentences were measured under four headphone test conditions: Quiet, and in noise with noise simulated as originating from 0 degrees (noise front), 90 degrees (noise right), and 270 degrees (noise left). The speech source was located at 0 degrees in all conditions. The locations of the speech and noise sources were simulated using virtual audio processing, as with the English HINT. The noise conditions consisted of listening with noise fixed at 65 dBA with the level of speech varied in an adaptive procedure. A total of 142 subjects with normal hearing thresholds participated in the five studies.
Two versions of the test materials, twenty-four 10-sentence lists and twelve 20-sentence lists, were created from a single set of 240 sentences containing 10 syllables per sentence. Using the twenty-four 10-sentence lists, mean thresholds under earphones in quiet were measured at 19.4 dBA and reception thresholds for sentences of -3.9 dB for noise front, -10.6 dB for noise right, and -10.5 dB for noise left. Similar results were obtained using the 20-sentence lists (19.4, -4.0, -10.9, and -11.0 dB, respectively, for quiet, noise front, noise right, and noise left conditions). There was low response variability within each list. High inter-list reliability suggests that consistent results could be obtained using any list. Confidence intervals are reported. The CHINT norms for listening in quiet and noise conditions were comparable to those for the English HINT.
The CHINT is the first standardized Cantonese sentence speech intelligibility test. The CHINT was developed using the same rationale as the English HINT, allowing norm reference results from the two tests to be compared directly across languages. Results showed the CHINT is a reliable test. The CHINT would benefit from further evaluation of validity.
开发一个与英文版噪声下听力测试(HINT)(尼尔森、索利和沙利文,1994年)具有相同特性的粤语版噪声下听力测试(CHINT)。
CHINT是在五项独立研究中开发的:(1)对初始材料的评估;(2)句子材料的创建;(3)句子难度的均衡;(4)句子列表的创建;以及(5)对反应变异性、列表间信度的评估和常模的建立。使用CHINT材料,在四种头戴式耳机测试条件下测量句子的接受阈值:安静环境,以及噪声模拟来自0度(噪声在前)、90度(噪声在右)和270度(噪声在左)的噪声环境。在所有条件下,语音源均位于0度。语音和噪声源的位置使用虚拟音频处理进行模拟,与英文HINT相同。噪声条件包括在噪声固定为65 dBA的情况下聆听,语音水平在自适应程序中变化。共有142名听力阈值正常的受试者参与了这五项研究。
从一组包含240个句子(每个句子10个音节)中创建了两个版本的测试材料,即24个包含10个句子的列表和12个包含20个句子的列表。使用这24个包含10个句子的列表,头戴式耳机在安静环境下的平均阈值测量为19.4 dBA,句子在噪声在前、噪声在右和噪声在左情况下的接受阈值分别为-3.9 dB、-10.6 dB和-10. .5 dB。使用包含20个句子的列表也获得了类似结果(安静、噪声在前、噪声在右和噪声在左条件下分别为19.4 dB、-4.0 dB、-10.9 dB和-11.0 dB)。每个列表内的反应变异性较低。列表间的高信度表明使用任何一个列表都能获得一致的结果。报告了置信区间。CHINT在安静和噪声条件下的常模与英文HINT的常模相当。
CHINT是首个标准化的粤语句子言语清晰度测试。CHINT是按照与英文HINT相同的原理开发的,使得这两项测试的常模参考结果能够直接跨语言进行比较。结果表明CHINT是一项可靠的测试。CHINT将受益于对效度的进一步评估。