A Modified Monaural Mixture Speech Separation Method 一种改进的单声道混合语音分离方法
In audio-mixing applications, one frequently required function involves mixing a monaural or single-channel source into a stereo-sound field. 在混和音频应用中,一个频繁需要的功能是将一个非立体声或单通道声源混到一个立体声场中。
Improved control circuit places monaural image in a stereo field. 在立体声领域,改进控制电路放置非立体声像。
The ABRs were bilaterally recorded with monaural stimulation from the animal model of acoustic tumor in 10 rats. 用10只大白鼠制作了右侧听神经瘤的动物模型。采用单耳刺激两侧诱导法,分别记录两侧听性脑干反应(ABR)。
Effect of monaural cochlear ablation on cell areas of ventral cochlear nucleus neurous in neonatal and adult guinea pigs 豚鼠耳蜗损伤对耳蜗核神经元细胞面积的影响
Conclusion Between biaural and monaural acoustic stimulation VEMP, there are no significant differences in provocation rate, latency, but there are marked differences in amplitude, interaural amplitude ratio, interaural latency difference and interaural asymmetric ratio. 结论单侧给声侧、双侧短纯音刺激VEMP的引出率、潜伏期无明显差异,但振幅、耳间潜伏期差、耳间振幅比和耳间不对称率均有显著性差异。
The difference of auditory memory in hearing-impaired children with the monaural and the binaural amplification 聋儿单耳助听与双耳助听听觉记忆的差别
We studied the influence of monaural plugging on postnatal development of auditory spatial response properties of inferior collicular ( IC) neurons in bat, Myotis chinensis using electrophysiological method. 实验在移动式声刺激条件下,采用常规电生理学方法研究了单耳堵塞对鼠耳蝠中脑下丘神经元听空间反应特性发育的影响。
Results The response rates for the myogenic potentials on the masseter of guinea pigs in normal control group using 120, 110, 100 and 90 dB monaural acoustic stimulation with unilateral recording were 100%, 90%, 70% and 0% respectively. 结果正常对照组豚鼠,120、110、100和90dB单耳声刺激,单侧记录到的豚鼠咬肌肌源性电位的反应率分别为100%、90%、70%和0%。
Vestibular Evoked Myogenic Potentials Due to Biaural and Monaural Tone Burst Stimulation 单侧及双侧短纯音刺激前庭诱发肌源性电位观察
Influence of different intervals of monaural and binaural paired-click stimuli on auditory brain stem response: the use of derived ABR 成对短声不同间隔对单、双耳听觉脑干反应的影响&衍生听觉脑干反应方法的应用
Monaural separation that attempts to recover each source/ instrument line from single-channel polyphonic music is a particularly challenging problem. 非立体声分离是希望从单一声道的多音音乐中恢复出每一个声源/乐器声线,这是一个非常具有挑战性的问题。
A number of studies in animals have shown that AVCN, PVCN and DCN project to the contralateral IC, they provide a direct monaural input for IC. 对许多动物的研究表明,AVCN、PVCN、DCN都投射到对侧IC,为IC提供直接单耳输入。
According to how many microphones are available in system, the problem is called multi-channel, binaural, or monaural speech segregation problem. 根据系统中可使用的拾音器的多少,相关问题被称为多声道、双声道或单声道语音分离问题。
We propose a monaural speech segregation approach based on harmonic and energy features. 提出了基于谐波和能量特征的单声道语音分离方法。
The main ascending input to the inferior colliculus is from the cochlear nucleus, superior olivary complex, lateral lemniscus nucleus, which formed monaural and binaural input pathways. 上行至下丘的通路主要起源于耳蜗核、上橄榄复合体、外侧丘系核,形成单耳和双耳输入通路。