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Fundamental Relationships between Energy and Delay in Streaming

机译:电流能量与延迟之间的基本关系

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This paper considers the problem of continuously streaming bits over a AWGN channel, a simple model of video or audio streaming. The bits are required to be decoded with a maximum delay, a deadline, of d. The question the paper seeks to answer is: what is the fundamental cost of the deadline in terms of energy per bit E_b? The paper answers this question for a number of cases, depending on the bandwidth available for transmission. A common conclusion is that for an excess energy of ΔE_b, i.e., the energy above that required in the limit d →∞, the required delay is d ~ΔE_-2 which is much worse than the linear relationship between bandwidth and E_b~(-1).
机译:本文考虑了在AWGN通道上连续流媒体的问题,视频或音频流的简单模型。需要用最大延迟,截止日期解码的比特。纸张寻求回答的问题是:每位E_B的能量方面的截止日期的基本成本是多少?本文根据可用于传输的带宽来回答此问题。常见结论是对于Δe_b的过量能量,即,上述能量在极限d→∞中需要的能量,所需的延迟是d〜Δe_-2 比带宽和带宽之间的线性关系更差E_B〜(-1)。

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