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Human speaker identification of known voices transmitted through different user interfaces and transmission channels

机译:演讲者识别通过不同用户界面和传输通道传输的已知语音

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Together with the variety of networks, diverse terminals and devices, such as telephones with handset or hands-free mode, mobile phones and headsets, are commonly available for everyday calls. We conducted an auditory test to examine the combined influence of these user interfaces, audio bandwidths, coding schemes and packet loss on human speaker identification of previously known voices. The effects of the user interfaces on transmission and reception were tested separately with the different channel impairments. Our study confirms that the identification task is facilitated if the voices are transmitted through wideband instead of narrowband channels, and that headsets and hands-free phones take greater advantage of the improved bandwidth that is gaining ground rapidly.
机译:与各种网络一起,各种终端和设备(例如具有手机或免提模式的电话,移动电话和头戴式耳机)通常可用于日常通话。我们进行了听觉测试,以检查这些用户界面,音频带宽,编码方案和数据包丢失对人类已知语音识别的综合影响。用户界面对传输和接收的影响分别在不同的信道损伤下进行了测试。我们的研究证实,如果语音是通过宽带而不是窄带通道传输的,则识别任务会很方便,并且头戴式耳机和免提电话会更好地利用带宽的优势,这种带宽正在迅速普及。

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