Hign Availability System for Monitoring Material Degradation Processes at the Concrete-polymer Interface

Abstract

This paper considers the possibility of dividing traffic between several systems for calculating material degradation processes at the concrete-polymer interface. Depreciation of concrete and other elements is crucial to check due to exposure to external influences and loads increases every year. Usually, the development of new solutions takes time to implement. In addition, there are often cases when the client at the stage of proofing a concept needs to have an old version of the software for a possible return to the original solution. This method helps to maintain high availability in case of problems in case of malfunctions in one of the systems. One of the possible options for changing the redirection of traffic from one subsystem to another can be considered a random change in the percentage between subsystems. As a result of research to test the possibilities of traffic redirection is the development of a system for monitoring defects in concrete structural elements when one of the applications is down. Therefore, among the existing solutions for redirection is the ability to use the web service, or other load balancers, but the development of a separate API will help bind code at lower levels and without unnecessary features to simplify the system as a whole. Therefore, data for the processing of data on defects make it possible to timely detect and prevent damage of various kinds in structural elements for their rapid neutralization.