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Nack-Based Broadcast Mechanism for Isochronous Audio Stream Transmission Using Bluetooth Low Energy

机译:低功耗蓝牙低功耗同步传输音频的基于Nack的广播机制

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Bluetooth Low Energy which has been developed and deployed into the real home environment provided high energy efficiency where only low traffic environment was needed. However, the current version of this technology couldn't support audio broadcast stream transmission because this environment requires classified isochronous data channel. For addressing this issue, this paper propose a new broadcast mechanism under the assumption of the next generation technology of Bluetooth Low Energy, using Nack mechanism combined with energy detection mechanism, in order to support seamless broadcast transmission of audio data stream. For further study, this paper designed energy detection for Nack reception without awareness of the number of slave nodes.
机译:已开发并部署到实际家庭环境中的蓝牙低功耗技术在仅需要低流量环境的情况下提供了高能效。但是,此技术的当前版本不支持音频广播流传输,因为此环境需要分类的同步数据通道。为了解决这个问题,本文在下一代蓝牙低功耗技术的假设下,结合Nack机制和能量检测机制,提出了一种新的广播机制,以支持音频数据流的无缝广播传输。为了进一步研究,本文设计了用于Nack接收的能量检测,而没有意识到从节点的数量。

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