This paper analyzes the problem of common randomness (CR) generation from correlated discrete sources aided by unidirectional communication over Single-Input Single-Output (SISO) slow fading channels with additive white Gaussian noise (AWGN) and arbitrary state distribution. Slow fading channels are practically relevant for wireless communications. We completely solve the SISO slow fading case by establishing its corresponding outage CR capacity using our characterization of its channel outage capacity. The generated CR could be exploited to improve the performance gain in the identification scheme. The latter is known to be more efficient than the classical transmission scheme in many new applications, which demand ultra-reliable low latency communication.

翻译：本文分析了来自相关离散来源的常见随机性(CR)生成问题,这些来源得到单一投入单一产出单产出单向通信(SISO)缓慢淡化渠道的帮助,这些渠道带有添加白高斯噪音(AWGN)和任意的状态分布。 慢淡化渠道实际上与无线通信有关。 我们利用对频道断流能力的特征特征来确定SISO缓慢淡化案例,从而彻底解决了SISO的慢淡化案例。 生成的CR可用于提高识别计划的绩效收益。 众所周知,在许多新应用中,后者比传统传输计划的效率更高,后者要求超可靠低潜伏通信。