Y. Kubo and K. Sekiyama (Japan)
Wireless networks, Distributed systems, Interference wave, Multiple access techniques
This paper deals with a novel communication timing con trol for wireless networks and radio interference problem. Communication timing control is based on the mutual syn chronization of coupled phase oscillatory dynamics with a stochastic adaptation. Through local and fully distributed interactions, the coupled phase dynamics self-organizes collision free communication timing. In a wireless commu nication, the influence of the interference wave causes un expected collision. Therefore, we propose a more effective timing control by selecting the interaction nodes according to received signal strength.
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