Distributed Channel Access for Control Over Unknown Memoryless Communication Channels

We consider the distributed channel access problem for a system consisting of multiple control subsystems that close their loop over shared wireless network. propose method providing deterministic without requiring explicit information exchange between subsystems. This is achieved by utilizing timers prioritizing with respect to local cost which we derive transforming objective form allows its computation. property then exploited developing our scheme. A framework verify stability under resulting scheme proposed. Next, practical scenario in statistics are unknown. learning algorithms parameters imperfect communication links estimating quality and, hence, define as function this estimation and performance. establish approach results collision-free access. The behavior overall exemplified via proof-of-concept illustrative example, efficacy mechanism evaluated large-scale networks simulations.