engleski

Fireflies Synchronization in Small Overlay Networks

Ad-hoc networks are very dynamic and nodes are entering and exiting network frequently. In such networks self-organization without centralized control is crucial for efficient network operation. To accomplish selforganization in small ad-hoc networks, the pulse-coupled oscillator model based on biological mutual synchronization such as that observed in flashing fireflies, is used. Fireflies are known to emit flashes at regular intervals when isolated, but in the group they entrain the pulsing of their lights to converge upon the same rhythm until synchronicity is reached. This paper investigates the influence of different overlay network topologies to synchronization time and network traffic.

fireflies synchronization; small overlay networks; ad-hoc networks; MASON

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