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Media Synchronization Control Based on Buffer Occupancy for Stored Media Transmission in PHS

机译:PHS中基于缓冲区占用率的存储媒体传输的媒体同步控制

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This paper proposes a scheme for synchronization of stored video and audio streams in PHS. A video stream of H.263 is transmitted over a PHS channel with ARQ control, while an audio stream of 32 kbit/s ADPCM is sent on another channel without any control. In order to preserve the temporal constraints within the video stream as well as the relationship between the video and audio streams, we adopt a new control scheme which modifies the target output time according to the amount of video data in the receive-buffer. Through simulation we assess the characteristics of this scheme in both random and burst error environments and confirm the effectiveness of the scheme.
机译:本文提出了一种用于PHS中存储的视频和音频流同步的方案。 H.263的视频流在具有ARQ控制的PHS信道上传输,而32 kbit / s ADPCM的音频流在另一个信道上发送而没有任何控制。为了保留视频流中的时间限制以及视频和音频流之间的关系,我们采用了一种新的控制方案,该方案根据接收缓冲区中的视频数据量来修改目标输出时间。通过仿真,我们评估了该方案在随机和突发错误环境中的特性,并确认了该方案的有效性。

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