METHOD AND DEVICES FOR VISUALIZATION OF MULTICHANNEL SIGNALS AND FOR CONTROLLING THE SPATIAL AUDIO IMAGE
    51.
    发明公开
    METHOD AND DEVICES FOR VISUALIZATION OF MULTICHANNEL SIGNALS AND FOR CONTROLLING THE SPATIAL AUDIO IMAGE 审中-公开
    用于可视化多通道信号和用于控制空间音频图像的方法和设备

    公开(公告)号:KR20070088958A

    公开(公告)日:2007-08-30

    申请号:KR20060018874

    申请日:2006-02-27

    Abstract: A method for visualization of multi-channel audio signals, a method for converting audio information by using a spatial cue, and an apparatus thereof are provided to visualize reproducing processes of the multi-channel signals and apply variation of the spatial cue to generation of the multi-channel signals, thereby reproducing realistic multi-channel audio signals and adjusting a position of a visual audio source of an audio signal. An apparatus for visualization of multi-channel audio signals, and converting audio information by using a spatial cue comprises the following parts: a SAC(Spatial Audio Coding) which is constituted with a SI decoder(102) for decoding the spatial cue and SAC decoder(101) for synthesizing multi-channel signals; a spatializer(103) and a visualizer(104) for receiving the decoded spatial cue information; and a displayer(105) for receiving a panning angle and power gain information of each channel.

    Abstract translation: 提供多声道音频信号可视化的方法,通过使用空间提示来转换音频信息的方法及其装置,以便可视化多声道信号的再现处理,并将空间提示的变化应用于 从而再现真实的多声道音频信号并调整音频信号的可视音频源的位置。 一种用于可视化多声道音频信号的装置,以及通过使用空间提示来转换音频信息的装置包括以下部分:由用于对空间提示和SAC解码器进行解码的SI解码器(102)构成的SAC(空间音频编码) (101),用于合成多声道信号; 空间化器(103)和可视化器(104),用于接收解码的空间提示信息; 以及用于接收每个通道的摇摄角度和功率增益信息的显示器(105)。

    CODING METHOD OF REDUCING INTERLAYER REDUNDANCY USING MITION DATA OF FGS LAYER AND DEVICE THEREOF
    60.
    发明公开
    CODING METHOD OF REDUCING INTERLAYER REDUNDANCY USING MITION DATA OF FGS LAYER AND DEVICE THEREOF 审中-公开
    使用FGS层的状态数据减少中间层冗余的编码方法及其装置

    公开(公告)号:KR20070096884A

    公开(公告)日:2007-10-02

    申请号:KR20070028516

    申请日:2007-03-23

    Abstract: A coding method of reducing interlayer redundancy using mition data of FGS(fine grain scalability) layer and device thereof are provided to extract a bitstream having changed scalability from a bitstream generated by using an FGS layer for interlayer motion prediction. A lower spatial layer of an original image is transformed and quantized(S1410). The motion of an upper spatial layer of the original image is predicted by using motion data of an FGS layer in the transformed and quantized lower spatial layer. The transformed and quantized lower spatial layer and the upper spatial layer are encoded. The motion data of the FGS layer is recovered(S1420). Interlayer motion prediction is performed by removing motion data of the upper spatial layer overlapping with the motion data of the recovered FGS layer(S1450).

    Abstract translation: 提供了一种使用FGS(细粒度可伸缩性)层的分数数据降低层间冗余的编码方法及其装置,从通过使用用于层间运动预测的FGS层生成的比特流中提取具有变化的可扩展性的比特流。 原始图像的较低空间层被变换和量化(S1410)。 原始图像的上部空间层的运动通过使用变换和量化的下部空间层中的FGS层的运动数据来预测。 变换和量化的下层空间层和上层空间层被编码。 恢复FGS层的运动数据(S1420)。 通过去除与恢复的FGS层的运动数据重叠的上部空间层的运动数据来执行层间运动预测(S1450)。

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