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Stability of Quantized Control Systems Under Dynamic Bit Assignment

机译:动态位分配下量化控制系统的稳定性

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摘要

In recent years, there have been several papers characterizing the minimum number of quantization levels required to assure closed-loop stability. This minimum bit rate is usually achieved through time-varying quantization policies. Many networks, however, prefer a constant bit rate configuration, so it is useful to characterize the stability of quantized feedback systems under constant bit rate quantization. This note first derives a lower bound on the number of quantization levels required for closed-loop stability under constant bit rates. We then introduce a novel dynamic bit allocation policy that achieves this bound.
机译:近年来,已经有几篇论文描述了确保闭环稳定性所需的最小量化级别数。通常通过随时间变化的量化策略来实现此最小比特率。但是,许多网络更喜欢采用恒定比特率配置,因此在恒定比特率量化下表征量化反馈系统的稳定性非常有用。本说明首先得出恒定比特率下闭环稳定性所需的量化级数量的下限。然后,我们介绍一种新颖的动态位分配策略,以实现此限制。

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