interaural

常見例句

• It is known that interaural intensity difference (IID) is also an important cue in human auditory localization mechanism.
  在聽覺定位中，雙耳強度差也是一個重要的線索。
• Leading-edge method is commonly used in evaluating ITD(Interaural Time Difference).
  上升沿法是計算雙耳時間差的1種常用方法。
• Meanwhile, with the measurement result of the IACC (Interaural Cross-correlation Coefficient), further discussion and analysis are also conducted.
  運用環(huán)繞聲錄音和重放原理，結(jié)合對重放聲雙耳互相關(guān)系數(shù)測量的數(shù)據(jù)，對結(jié)論進行了分析和討論。
• The sound signal is Doppler FM modulated based on the analysis of the moving track of the original source,and then phase modulated according to the interaural time difference.
  該方法通過對原始聲源運動軌跡的分析,對聲源信號進行多普勒調(diào)頻,并根據(jù)耳間時間差對雙耳信號進行調(diào)相。
• The binaural model obtains the location of sound source for integration, by analyzing the interaural level and phase differences from the band selected by monaural processing.
  從全頻帶內(nèi)選擇來自聲源的雙耳線索對聲源進行定位，并以其對分離出的目標(biāo)語音進行時間整合的修正，從而形成指向性增強。雙耳線索主要包括雙耳信號間的強度差與相位差等信息。
• Average values were calculated for peak latency (PL), interpeak latency (IPL), interaural latency difference (ILD), amplitude (Amp), and the ratio of amplitude of peak V and amplitude of peak I (AmpV/ 1).
  分別記錄每耳1、ill、V波的潛伏期、波間潛伏期、耳間潛伏期差、振幅（amplitude，Amp）及1、V波的振幅之比（AmpV/I）。
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