UAV Inspection Monitoring and Management System based on Wireless Sensing Technology
Daoyang Xiong, Wei Wei, Wei Zhang, Kai Huang, Baohai Li, Li Zhang, Liyun Bian, Jiali Liu · 2022 IEEE 2nd International Conference on Electronic Technology, Communication and Information (ICETCI) · 2022
With the continuous progress of society, the economic level has also been greatly improved, and people are paying more and more attention to intelligent and humanized management in their lives. At the same time, environmental problems and hidden safety hazards are increasing, posing a serious threat to the safety of human life and property. People also have a higher pursuit for the quality of life. In order to ensure that personal, property and other related information are not leaked, and to ensure that the national security construction is not affected, security is one of the important issues. However, traditional monitoring and management work still has various problems. For example, due to the limitations of human eyes and monitoring equipment, the perception of changes in the surrounding environment is not timely and accurate, which leads to false alarms or accidents, inaccurate or incomplete data collection, and so on. The drone inspection technology can break through these limitations and reduce labor costs. This paper adopts experimental investigation method and data analysis method, and aims to further discover obstacles in the inspection work of UA V and optimize the UA V inspection monitoring and management system through the research of wireless sensing technology. According to the research results, the test system has a high packet loss rate when there is no routing node, and the probability of sending data packets again is high, which greatly increases the energy load of the measurement node. In the case of better signal quality, the retransmission rate of the system is also lower, and the energy loss is relatively low.