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Shannon Zero Error Capacity and the Problem of Almost Sure Observability over Noisy Communication Channels

机译:Shannon Zero误差容量和几乎肯定的嘈杂通信渠道的可观察性问题

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The paper addresses the state estimation probleminvolving communication errors and capacity constraints. Discrete-time partially observed unstable linear systems perturbed by uniformly bounded disturbances are studied. Unlike the classic theory, the sensor signals are transmitted to the estimator over a noisy digital communication link modelled as a stochastic stationary discrete memoryless channel. It is shown that the Shannon zero error capacity of the channel constitutes the border separating the cases where the plant is and respectively, is not almost surely observable.
机译:本文解决了状态估计有问题的通信错误和容量约束。研究了通过均匀有界干扰扰乱的离散时间观察到的不稳定线性系统。与经典理论不同,传感器信号通过被设计为随机静止离散无记忆信道的嘈杂数字通信链路发送到估计器。结果表明,信道的Shannon零误差容量构成了分离工厂和植物的情况的边界,而不是几乎可观察到的。

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