RELIABILITY METHOD BY RECONFTGURATTON RESOURCES IN MONITORING AND DIAGNOSTIC SYSTEMS OF HAZARDOUS PHENOMENA
In this paper describes a method and algorithm for improving reliability by reconfiguring resources (redistributing the computational load) between the computing nodes of the fog, edge, and cloud layers in monitoring and diagnostics of natural hazards based on a new approach based on fog and edge computing, a distributed registry, and the Internet of things. In the framework of the developed method, the probability of failure-free operation for fog layer devices for different operating times is estimated. The developed method takes into account the features of calculations within the framework of the concept of fog and edge computing and allows you to effectively use the available reserves of each "computing layer" in solving monitoring problems and improves the reliability of its work.