Reliable Topology Deployment Scheme of IoT Nodes Suitable for the Monitoring of Key Pollution Sources of Smog

The sensing part of the Internet of Things has the characteristics of cheap price, flexible deployment, independent networking, diversified remote communication, and strong anti-interference and anti-destruction capabilities, making the Internet of Things very suitable for wide-coverage, fine-grained and reliable monitoring of key pollution sources of smog. Focusing on the requirements of “transmission reliability and content credibility guarantee for the monitoring of key pollution sources of smog based on the Internet of Things”, the project focuses on the relevant basic theories, key technologies and practical applications, including in terms of topology reliability, the research is suitable for key smog. A new solution for the reliable deployment of fine-grained three-dimensional Internet of Things nodes covering pollution sources, enterprise factory areas, and the surrounding environment of pollution source monitoring; secondly, in terms of real-time transmission reliability, research on local and remote multi-objective optimized reliable transmission and real-time. The multi-path reliable routing mechanism of the security guarantee mechanism highlights the reliability real-time performance of information transmission; thirdly, in terms of content credibility, the dynamic behavior of sensor nodes in the “stochastic game network” that combines the advantages of stochastic Petri nets and game theory is studied. The content reliability guarantee mechanism of the supervision and monitoring information.