Development of the Invasion Models in Wireless Sensor Networks Based on the Flows of False Events
Olexander Belej, Nataliia Spas, Iryna Artyshchuk, Natalia Nestor · 2022 IEEE 16th International Conference on Advanced Trends in Radioelectronics, Telecommunications and Computer Engineering (TCSET) · 2022
Wireless sensor networks are often used to monitor mobile devices in a specific sensor field from unauthorized intrusion. The research examines intrusions into wireless sensor networks based on the creation of streams of false events. According to the simulation results, the property of the dependence of the wireless sensor network life cycle on the type of error event flow is revealed. Research on the impact of erroneous events on the sensor field has shown that ensuring the mobility of sensor nodes can increase the life cycle of the network. A model of a wireless sensor network is proposed, which is a Poisson sensor field and a flow of events in the form of erroneous streams crossing a given plane. According to the research results, the density distribution from the faulty object to the first sensor, the required sensor node density, and the required sensor node detection radius at a given probability of detecting a faulty object, the number of messages transmitted by the object through the sensor field in the network.