Research on Energy-Aware Topology Strategy Based on Wireless Sensor in Internet of Things

Since the finitude of hardware and network dynamic limit the bandwidth based on wireless sensor in the wireless internet of things (IOT), it is difficult to obtain the network topology information accurately and timely. In this paper, we present an algorithm called Mobile Agent Fuzzy Energy Spanning Tree (MAFEST) for topology discovery and topology control. In the construction of IOT wireless sensor based network topology, the strategy considers the energy consumption of communication between wireless sensors, the uncertainty of agent knowledge and the sensor residual energy. This algorithm can access to the network topology information accurately and timely, and improve the efficiency of network topology discovery.