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。
The implementation of this scheme in a distributed virtual environment has quite a few advantages, including scalability, direction flexibility and user adapted HRTF etc.
基于以上算法,最后给出了分布式实现的一种可能途径并分析了该方案的优点,如可扩展性、声源方向的灵活性及HRTF可选性等。
And then the process of perceived sound is described. The gist of audio location, Head Related Transfer Function (HRTF) which is the focus of transmission principle is introduced.
接着描述了人类感知声音的过程,介绍了音频定位的依据,引入双耳听觉传输原理的核心部分——头部相关传输函数(HRTF)。
The amplitude variations of HRTFs are measured as a function of sound source locations. In this paper, the methods and the results of the HRTF measurement in recent years are analyzed.
在自由声场声源的条件下,测量是由左右耳耳膜处的记录信号组成,测得的HRTF幅度特性的变化为声源位置的函数。
Also in today's update–some tweaked sounds to support HRTF(listen for a new bomb beep), and adjustments to the algorithm that determines how groups show up in your Public Groups panel.
同时在今天的更新中在HRTF模式里我们调整了新的声效(调整了炸弹哔哔声)还有调整了公开大厅的算法来排序不同的公开车队。
Also in today's update–some tweaked sounds to support HRTF(listen for a new bomb beep), and adjustments to the algorithm that determines how groups show up in your Public Groups panel.
同时在今天的更新中在HRTF模式里我们调整了新的声效(调整了炸弹哔哔声)还有调整了公开大厅的算法来排序不同的公开车队。
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