Head-related impulse response (HRIR) and head-related transfer function (HRTF) play a key role on the research of spatial hearing.
在空间听觉的研究和实现中,与头部相关联的冲激响应(HRIR)以及与头部相关联的传递函数(HRTF)占有十分重要的地位。
参考来源 - 虚拟听觉空间和虚拟环绕声技术的研究及其DSP实现Besides intensity, tongue and timbre, human auditory perception includes the spatiality of sound, which is called spatial hearing.
人类听觉,除了包括对声音强度、音调和音色的感觉外,还包括对声音空间特性的感觉,这种感觉就称作空间听觉。
参考来源 - 空间听觉研究中的极零点模型·2,447,543篇论文数据,部分数据来源于NoteExpress
Recent research on the spatial hearing has focused on the measurements and investigations of the head related transfer function (HRTF).
关于空间听觉的研究表明对“与头相关联的传递函数(HRTF)”进行测量和研究备受关注。
Human auditory perceive not only includes the level, tone and timbre of sound, but also the sound location, which is called the spatial hearing ability.
在人的听觉感受中,除了声强、音调和音色外,还包括对声音空间特性的感觉,这就是人耳的空间听觉能力。
Spatial hearing has been a research project related to acoustics, psychological acoustics, physiological acoustics, and signal and information processing etc. for a long time.
长期以来,空间听觉是一个横跨声学、听觉生理学、听觉心理学以及信号与信息处理等众多学科的研究课题。
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