A Theoretical Model for Large-scale Wireless Self-organizing Networks

The existing large-scale wireless networks are facing the problem that the transmission efficiency is reduced due to the congestion of routing information caused by the increase in the number of nodes. This paper presents a theoretical model of a large-scale wireless self-organizing network architecture. The model adopts hierarchical architecture, coexistence of multiple subnets and supports decentralized wireless self-organizing networks, which effectively reduces bandwidth loss caused by increasing routing information, thus improving data transmission efficiency, solving the problem of large-scale and multi-node wireless data transmission, and providing a solution for field operations and urban internet of Things applications.