This paper studies the discrete-time Poisson channel and the noiseless binary channel where, after recording a 1, the channel output is stuck at 0 for a certain period; this period is called the “dead time.” The communication capacities of these channels are analyzed, with main focus on the regime where the allowed average input power is close to zero, either because the bandwidth is large, or because the available continuous-time input power is low.

中文翻译：

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离散时间泊松​​通道和具有检测器死区时间的无噪声二进制通道的渐近容量结果

本文研究了离散时间泊松​​通道和无噪声二进制通道，在记录一个 1 后，通道输出在一段时间内停留在 0；这段时间称为“死时间”。分析了这些信道的通信容量，主要关注允许平均输入功率接近于零的情况，因为带宽很大，或者因为可用的连续时间输入功率很低。