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Synthetic Speech Detection and Audio Steganography in VoIP Scenarios

机译:VoIP场景中的合成语音检测和音频隐写术

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The distinction between synthetic and human voice uses the techniques of the current biometric voice recognition systems, which prevent that a person's voice, no matter if with good or bad intentions, can be confused with someone else's. Steganography gives the possibility to hide in a file without a particular value (usually audio, video or image files) a hidden message in such a way as to not rise suspicion to any external observer. This article suggests two methods, applicable in a VoIP hypothetical scenario, which allow us to distinguish a synthetic speech from a human voice, and to insert within the Comfort Noise a text message generated in the pauses of a voice conversation. The first method takes up the studies already carried out for the Modulation Features related to the temporal analysis of the speech signals, while the second one proposes a technique that derives from the Direct Sequence Spread Spectrum, which consists in distributing the signal energy to hide on a wider band transmission. Due to space limits, this paper is only an extended abstract. The full version will contain further details on our research.
机译:合成和人类的声音之间的区别使用目前的生物识别语音识别系统的技术,这可以防止一个人的声音,无论有良好或不好的意图,都可以与别人混淆。隐写术可以在没有特定值(通常是音频,视频或图像文件)的情况下隐藏在文件中的可能性,以便不会向任何外部观察者悬停怀疑。本文提出了两种方法,适用于VoIP假设场景,使我们能够区分人类声音的合成语音,并在舒适噪声内插入语音对话的暂停中生成的文本消息。第一种方法占据已经对语音信号的时间分析相关的调制特征的研究,而第二个方法提出了一种从直接序列扩频的技术,这包括分配信号能量以隐藏更广泛的乐队传输。由于空间限制,本文只是一个扩展的摘要。完整版本将包含有关我们研究的更多细节。

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