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    • 3. 发明申请
    • MAJORITY VOTE ERROR CORRECTION TECHNICAL FIELD
    • 主要投票错误修正技术领域
    • WO2011090680A1
    • 2011-07-28
    • PCT/US2010/061917
    • 2010-12-22
    • QUALCOMM INCORPORATEDLINSKY, JoelRYU, Sang-Uk
    • LINSKY, JoelRYU, Sang-Uk
    • H04L1/00H04L1/18
    • H04L1/0061H04L1/0072H04L1/1812H04L1/1838H04L1/1845H04L1/1848H04L1/188H04L1/189
    • In general, techniques are described for performing majority vote error correction techniques. In operation, a communication device comprising a control unit implements the majority vote error correction techniques. The control unit includes a link management module to request a first retransmission of a first communication received over a wireless communication medium in response to detecting a first uncorrectable error in the first communication, requests a second retransmission of the first communication in response to detecting a second uncorrectable error in a second communication received in response to the first retransmission request and receives a third communication in response to the second retransmission. The control unit also includes a majority vote module to, in response to detecting a third uncorrectable error in the third communication, perform a bit-wise majority vote on corresponding bits of the first, second and third communications to generate an error-corrected communication.
    • 通常,描述了用于执行多数投票纠错技术的技术。 在操作中,包括控制单元的通信设备实现多数投票纠错技术。 控制单元包括链路管理模块,用于响应于检测到第一通信中的第一不可校正错误,请求通过无线通信介质接收的第一通信的第一次重传,响应于检测到第二通信的第二通信 响应于第一重发请求而接收的第二通信中的不可校正错误,并响应于第二次重传接收第三通信。 控制单元还包括多数投票模块,以响应于检测到第三通信中的第三不可校正错误,对第一,第二和第三通信的相应位执行逐位多数表决以产生纠错通信。
    • 5. 发明申请
    • ENCODER-ASSISTED FRAME LOSS CONCEALMENT TECHNIQUES FOR AUDIO CODING
    • 用于音频编码的编码器辅助帧丢失隐藏技术
    • WO2007051124A1
    • 2007-05-03
    • PCT/US2006/060237
    • 2006-10-25
    • QUALCOMM INCORPORATEDRYU, Sang-UkCHOY, Eddie L.T.GUPTA, Samir Kumar
    • RYU, Sang-UkCHOY, Eddie L.T.GUPTA, Samir Kumar
    • G10L19/00
    • G10L19/005G10L19/02
    • Encoder-assisted frame loss concealment (FLC) techniques for decoding audio signals are described. A decoder may discard an erroneous frame of an audio signal and may implement the encoder-assisted FLC techniques in order to accurately conceal the discarded frame based on neighboring frames and side-information transmitted from the encoder. The encoder-assisted FLC techniques include estimating magnitudes of frequency-domain data for the frame based on frequency-domain data of neighboring frames, and estimating signs of the frequency-domain data based on a subset of signs transmitted from the encoder as side-information. Frequency-domain data for a frame of an audio signal includes tonal components and noise components. Signs estimated from a random signal may be substantially accurate for the noise components of the frequency-domain data. However, to achieve highly accurate sign estimation for the tonal components, the encoder transmits signs for the tonal components of the frequency-domain data as side-information.
    • 描述了用于解码音频信号的编码器辅助帧丢失隐藏(FLC)技术。 解码器可以丢弃音频信号的错误帧,并且可以实现编码器辅助的FLC技术,以便基于相邻帧和从编码器发送的侧信息来准确地隐藏丢弃的帧。 编码器辅助FLC技术包括基于相邻帧的频域数据来估计帧的频域数据的幅度,并且基于从编码器发送的符号子集估计频域数据的符号作为侧信息 。 音频信号的帧的频域数据包括音调分量和噪声分量。 从随机信号估计的符号对于频域数据的噪声分量可能是基本准确的。 然而,为了实现对音调分量的高度准确的符号估计,编码器将用于频域数据的音调分量的符号作为侧信息发送。