interaural การใช้

• These minute differences between the two ears are known as interaural cues.
• Interaural time differences alter as the loudspeaker is moved around the head.
• Even the spacing of 17 cm is not strictly based on interaural ear spacing.
• The evaluation of interaural phase differences is useful, as long as it gives unambiguous results.
• In fact, it is observed that people can detect interaural differences down to 10 ?s.
• The neurons in the Lateral Superior Olive are especially important in discerning these interaural level changes.
• These interchannel differences are not the same as interaural differences, as produced by artificial head recordings.
• These interchannel differences have nothing to do with interaural differences which come only from artificial head recordings.
• Interaural level differences ( ILD ) represents the difference in sound pressure level reaching the two ears.
• Again their very close synaptic coupling suggest a part in the role of processing interaural time differences.
• The former is important in detecting interaural level differences while the latter is important in distinguishing interaural time difference.
• The former is important in detecting interaural level differences while the latter is important in distinguishing interaural time difference.
• Most mammals are adept at resolving the location of a sound source using interaural time differences and interaural level differences.
• Most mammals are adept at resolving the location of a sound source using interaural time differences and interaural level differences.
• This translates the vertical orientation of the interaural axis horizontally, thereby leveraging the mechanism of localization on the horizontal plane.
• Interaural level difference ( ILD ) is best for high frequency sounds because low frequency sounds are not attenuated much by the head.
• This means : evaluation of interaural time differences ( interaural phase differences ) for lower frequencies and evaluation of interaural level differences for higher frequencies.
• This means : evaluation of interaural time differences ( interaural phase differences ) for lower frequencies and evaluation of interaural level differences for higher frequencies.
• This means : evaluation of interaural time differences ( interaural phase differences ) for lower frequencies and evaluation of interaural level differences for higher frequencies.
• A reduction or loss of energy occurs with cross hearing, which is referred to as interaural attenuation ( IA ) or transcranial transmission loss.