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    • 8. 发明申请
    • AMPLIFIER WITH CONFIGURABLE FINAL OUTPUT STAGE
    • 具有可配置的最终输出级的放大器
    • WO2018063878A1
    • 2018-04-05
    • PCT/US2017/052439
    • 2017-09-20
    • CIRRUS LOGIC INTERNATIONAL SEMICONDUCTOR, LTD.ZHAO, Xin
    • ZHAO, XinDAS, TejasviFEI, XiaofanMORTON, Alan Mark
    • H03F3/72H03F3/217H03F1/32H03F3/181
    • An amplifier may include a first stage configured to receive an input signal at an amplifier input and generate an intermediate signal which is a function of the input signal, and a final output stage configured to generate an output signal which is a function of the intermediate signal at an amplifier output, and a signal feedback network coupled between the amplifier output and input. The final output stage may be switchable among a plurality of modes including at least a first mode in which the final output stage generates the output signal as a modulated output signal which is a function of the intermediate signal, and a second mode in which the final output stage generates the output signal as an unmodulated output signal which is a function of the intermediate signal. Structure of the feedback network and the first stage may remain static when switching between modes.
    • 放大器可以包括:第一级,被配置为在放大器输入处接收输入信号并且生成作为输入信号的函数的中间信号;以及最终输出级,被配置为生成输出信号 这是放大器输出端的中间信号的函数,以及连接在放大器输出端和输入端之间的信号反馈网络。 最终输出级可以在包括至少第一模式和第二模式的多种模式之间切换,所述第一模式中最终输出级生成作为作为中间信号的函数的调制输出信号的输出信号,以及第二模式, 输出级产生作为中间信号的函数的未调制输出信号的输出信号。 当模式切换时,反馈网络和第一阶段的结构可能保持不变。
    • 9. 发明申请
    • RESIDUAL CODING FOR DEPTH INTRA PREDICTION MODES
    • 深度内部预测模式的残留编码
    • WO2015042751A1
    • 2015-04-02
    • PCT/CN2013/001176
    • 2013-09-27
    • QUALCOMM INCORPORATEDLIU, HongbinCHEN, YingZHANG, LiZHAO, Xin
    • LIU, HongbinCHEN, YingZHANG, LiZHAO, Xin
    • H04N19/00
    • H04N19/597H04N19/11H04N19/176H04N19/18H04N19/70
    • A video coder may perform a simplified depth coding (SDC) mode, including simplified residual coding, to code a depth block according to any of a variety of, e.g., at least three, depth intra prediction modes. For example, the video coder may perform the SDC mode for coding a depth block according to depth modeling mode (DMM) 3, DMM 4, or a region boundary chain coding mode. In such examples, the video coder may partition the depth block, and code respective DC residual values for each partition. In some examples, the video coder may perform the SDC mode for coding a depth block according to an intra prediction mode, e.g., an HEVC base specification intra prediction mode, such as a DC intra prediction mode or one of the directional intra prediction modes. In such examples, the video coder may code a single DC residual value for the depth block.
    • 视频编码器可以执行简化的深度编码(SDC)模式,包括简化的残差编码,以根据各种,例如至少三个深度帧内预测模式中的任何一个对深度块进行编码。 例如,视频编码器可以根据深度建模模式(DMM)3,DMM 4或区域边界链编码模式执行用于对深度块进行编码的SDC模式。 在这样的示例中,视频编码器可以对深度块进行分区,并为每个分区编码相应的DC残留值。 在一些示例中,视频编码器可以执行根据帧内预测模式(例如,诸如DC帧内预测模式或诸如定向帧内预测模式之一的HEVC基本规范帧内预测模式)对深度块进行编码的SDC模式。 在这样的示例中,视频编码器可以为深度块编码一个DC剩余值。