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An increasing number of low-power Internet of Things (IoT) devices will bewidely deployed in the near future. Considering the short-range communicationof low-power devices, multi-hop transmissions will become an importanttransmission mechanism in IoT networks. It is crucial for lowpower devices totransmit data over long distances via multihop in a low-delay and reliable way.Small-world characteristics of networks indicate that the network has anadvantage of a small Average Shortest-path Length (ASL) and a high AverageClustering Coefficient (ACC). In this paper, a new IoT routing mechanismconsidering small-world characteristics is proposed to reduce the delay andimprove the reliability. The ASL and ACC are derived for performance analysisof small-world characteristics in IoT networks based on Cayley graphs. Besides,the reliability and delay models are proposed for Small-World IoT based onCayley grapHs (SWITCH). Simulation results demonstrate that SWITCH has lowerdelay and better reliability than that of conventional Nearest NeighboringRouting (NNR). Moreover, the maximum delay of SWITCH is reduced by 50.6%compared with that by NNR.

A New Small-World IoT Routing Mechanism based on Cayley Graphs