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    • 5. 发明公开
    • BASS ENHANCEMENT SYSTEM
    • BASSVERSTÄRKUNGSSYSTEM
    • EP2798737A1
    • 2014-11-05
    • EP12809555.1
    • 2012-12-19
    • DTS LLC
    • TRACEY, JamesKATSIANOS, ThemisWALKER, Oveal, Jerome
    • H03G3/30H03G9/02H03G9/00
    • H04R3/04H03G3/00H03G3/3005H03G3/3089H03G9/005H03G9/025H04R2430/01H04S1/002H04S7/307H04S2400/03
    • A bass enhancement system can provide an enhanced bass effect for speakers, including relatively small speakers. The bass enhancement system can apply one or more bass enhancements to an input audio signal. For example, the bass enhancement system can exploit how the human ear processes overtones and harmonics of low-frequency sounds to create the perception that non-existent (or attenuated) low-frequency sounds are being emitted from a loudspeaker. The bass enhancement system can generate harmonics of at least some low-frequency fundamental frequencies in one embodiment. Playback of at least some harmonics of a low-frequency fundamental frequency can cause a listener to perceive the playback of the low-frequency fundamental frequency. Advantageously, in certain embodiments, the bass enhancement system can generate these harmonics without performing processing-intensive pitch-detection techniques or the like to identify the fundamental frequencies.
    • 低音增强系统可以为扬声器提供增强的低音效果,包括相对较小的扬声器。 低音增强系统可以对输入音频信号应用一个或多个低音增强。 例如,低音增强系统可以利用人耳如何处理低频声音的泛音和谐波,以产生从扬声器发出不存在(或衰减的)低频声音的感觉。 在一个实施例中,低音增强系统可以产生至少一些低频基频的谐波。 低频基频的至少一些谐波的回放可以使听众感知到低频基频的播放。 有利地,在某些实施例中,低音增强系统可以产生这些谐波而不执行处理密集的音调检测技术等来识别基本频率。
    • 6. 发明公开
    • ADAPTIVE VOICE INTELLIGIBILITY PROCESSOR
    • 自适应SPRACHVERSTNDLICHKEITSVERBESSERUNG
    • EP2737479A2
    • 2014-06-04
    • EP12751170.7
    • 2012-07-26
    • DTS LLC
    • NOH, DaekyoungHE, XingTRACEY, James
    • G10L21/003G10L19/07G10L21/0316G10L21/0364G10L25/15
    • G10L21/003G10L19/07G10L21/0316G10L21/0364G10L25/15
    • Systems and methods for adaptively processing speech to improve voice intelligibility are described. These systems and methods can adaptively identify and track formant locations, thereby enabling formants to be emphasized as they change. As a result, these systems and methods can improve near-end intelligibility, even in noisy environments. The systems and methods can be implemented in Voice-over IP (VoIP) applications, telephone and/or video conference applications (including on cellular phones, smart phones, and the like), laptop and tablet communications, and the like. The systems and methods can also enhance non-voiced speech, which can include speech generated without the vocal track, such as transient speech.
    • 描述了自适应处理语音以提高语音清晰度的系统和方法。 这些系统和方法可以自适应地识别和跟踪共振峰位置,从而使共振峰在它们改变时被强调。 因此,即使在嘈杂的环境中,这些系统和方法也可以改善近端的清晰度。 系统和方法可以在IP语音(VoIP)应用,电话和/或视频会议应用(包括蜂窝电话,智能电话等),膝上型计算机和平板电脑等实现。 这些系统和方法还可以增强非语音语音,其可以包括没有声道的语音,例如瞬时语音。