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    • 4. 发明授权
    • Adaptive interference canceler for EEG movement and eye artifacts
    • 自适应干扰消除器用于EEG运动和眼睛伪影
    • US5513649A
    • 1996-05-07
    • US216256
    • 1994-03-22
    • Alan S. GevinsWeixiu DuHarrison Leong
    • Alan S. GevinsWeixiu DuHarrison Leong
    • A61B5/0476A61B5/0496G06F17/00
    • A61B5/0496A61B5/0476
    • In an EEG (electroencephalogram) system to detect brain waves from a subject, the adverse effect on the EEG recording of artifact due to head, body and eye movements is reduced. A head and body movement reference signal can be provided by an accelerometer, motion detector or, alternatively, spatial average of EEG channels. Eye motion sensors are used as a reference for eye movement artifacts. A composite reference signal consists of the head, body and eye movement reference signals. The contaminated EEG is the primary input to the adaptive movement and eye artifact canceler, in which an adaptive filter estimates the contaminants in the measured EEG data, and then subtracts them from the primary signal to obtain the corrected EEG data.
    • 在用于检测受试者的脑波的脑电图(脑电图)系统中,由于头部,身体和眼睛运动引起的人为因素对脑电图记录的不利影响减小。 头部和身体运动参考信号可以由加速度计,运动检测器或者EEG通道的空间平均来提供。 眼动运动传感器用作眼睛运动伪影的参考。 复合参考信号由头部,身体和眼睛运动参考信号组成。 受污染的EEG是自适应运动和眼神经消除器的主要输入,其中自适应滤波器估计测量的EEG数据中的污染物,然后从主信号中减去它们以获得校正的EEG数据。
    • 5. 发明授权
    • Audio post processing in DVD, DTV and other audio visual products
    • DVD,DTV等视听产品的音频后处理
    • US07668317B2
    • 2010-02-23
    • US09867736
    • 2001-05-30
    • Chinping Q. YangRobert Weixiu Du
    • Chinping Q. YangRobert Weixiu Du
    • H04H5/00
    • H04S7/308H04S1/007H04S3/02H04S7/307
    • The method and system of present invention sequences audio post-processing algorithms to simulate live or theater sound. An audio signal is selectively post-processed according to equipment availability and listener preferences. Downmixing or Prologic algorithms are applied to a signal arriving at sound system. A listener inputs their speaker configuration to a player console. Desired post-processing effects are likewise indicated to the console. For instance, if surround sound equipment is both available and selected, then surround portions of the audio signal are parsed to surround speakers. Bass management techniques then transfer low frequency channels of the signal to compatible speakers. VES or DCS algorithms further manipulate the surround portion of the signal to create an illusion of immersion, and a center channel equalizer balances the signal playback. Alternatively, the post-processed signal is transmitted to a headphone set.
    • 本发明的方法和系统对音频后处理算法进行排序以模拟现场或剧院声音。 音频信号根据设备可用性和听众偏好进行选择性后处理。 下混音或Prologic算法应用于到达声音系统的信号。 听众将其扬声器配置输入到播放器控制台。 所需的后处理效果也同样显示在控制台上。 例如,如果环绕声设备可用并且被选择,则音频信号的环绕部分被解析为环绕扬声器。 然后,低音管理技术将信号的低频信道传输到兼容的扬声器。 VES或DCS算法进一步操纵信号的环绕部分以产生浸没幻觉,并且中心通道均衡器平衡信号回放。 或者,后处理的信号被发送到耳机组。