Research on dynamic access strategy of wireless Mesh network for lifting operation monitoring data

Abstract

Cranes play an indispensable role in the safety management of power construction sites. For the lifting operation, there are many challenges in the process of transmitting the safety monitoring data collected on site to the wireless Mesh network through WIFI. The purpose of this study is to construct a wireless Mesh network dynamic access model suitable for crane hoisting operation monitoring data, and on this basis, the access control strategy of each monitoring data acquisition node is formulated. Through simulation experiments, the proposed dynamic access model and its supporting access strategy can significantly optimize the transmission performance of monitoring data in wireless Mesh networks, and ensure that the efficiency and reliability of data transmission are improved. It provides new ideas and technical support for safety monitoring in power construction sites in this study, and has important practical significance for improving the safety management level of construction sites.