CAJ | 학술논문

采用启动范式，以汉语听者为被试，考察了非言语声音是否影响言语声音的知觉。实验1考察了纯音对辅音范畴连续体知觉的影响，结果发现纯音影响到辅音范畴连续体的知觉，表现出频谱对比效应。实验2考察了纯音和复合音对元音知觉的影响，结果发现与元音共振峰频率一致的纯音或复合音加快了元音的识别，表现出启动效应。两个实验一致发现非言语声音能够影响言语声音的知觉，表明言语声音知觉也需要一个前言语的频谱特征分析阶段，这与言语知觉听觉理论的观点一致。
채용계동범식，이한어은자위피시，고찰료비언어성음시부영향언어성음적지각。실험1고찰료순음대보음범주련속체지각적영향，결과발현순음영향도보음범주련속체적지각，표현출빈보대비효응。실험2고찰료순음화복합음대원음지각적영향，결과발현여원음공진봉빈솔일치적순음혹복합음가쾌료원음적식별，표현출계동효응。량개실험일치발현비언어성음능구영향언어성음적지각，표명언어성음지각야수요일개전언어적빈보특정분석계단，저여언어지각은각이론적관점일치。
A long-standing debate in the field of speech perception concerns whether specialized processing mechanisms are necessary to perceive speech sounds. The motor theory argues that speech perception is a special process and non-speech sounds don＇t affect the perception of speech sounds. The auditory theory suggests that speech perception can be understood in terms of general auditory process, which is shared with the perception of non-speech sounds. The findings from English subjects indicate that the processing of non-speech sounds affects the perception of speech sounds. Few studies have been administered in Chinese. The present study administered two experiments to examine whether the processing of non-speech sounds could affect the perception of speech segments in Chinese listeners. In experiment 1, speech sounds were a continuum of synthesized consonant category ranging from/ba/to /da/. Non-speech sounds were two sine wave tones, with frequency equal to the onset frequency of F2 of/ba/and /da/, respectively. Following the two tones, the/ba/-/da/series were presented with a 50ms ISI. Undergraduate participants were asked to identify the speech sounds. The results found that non-speech tones influenced identification of speech targets： when the frequency of tone was equal to F2 onset frequency of/ba/, participants were more likely to identify consonant series as /da/; when the frequency of tone was equal to F2 onset frequency of/da/, participants had more /ba/ responses, especially for ambiguous intermediate stimuli. The responses of participants showed a kind of spectral contrast effect. In experiment 2, speech sounds were two synthesized vowels--/i/ and/a/. Non-speech sounds were two tones and two tone complexes. The frequency of two tones was equal to the F2 frequency of /i/ and /a/ respectively, and the complexes were composed of two tones at the frequencies of the first two formants of the vowel /i/ and/a/respectively. The ISI between non-speech primes and speech targets was 25ms. Participants were asked to label vowel with /a/ or /i/ quickly. The results found that in the tone-prime condition the identification of vowel /a/ was significantly faster with the frequency-matched prime than with the frequency-clashed prime; in the complex-prime condition, the identification of vowels/a/and/i/both showed priming effect. The results of experiments 1 and 2 confirmed that the processing of non-speech primes affected the perception of speech sounds （including consonants and vowels） in Chinese listeners. It provided cross-language evidence for the auditory theory of speech perception, and indicated that speech perception experiences a process of pre-lexical spectral analysis and the process is shared with the perception of non-speech sounds.