System of smart monitoring of the condition of heat pipes and heat chambers based on OSTIS and IoT methodology

Abstract

The paper presents the development of an intelligent system for monitoring thermal networks based on OSTIS (Open Semantic Technology for Intelligent Systems) methodology and Internet of Things (IoT) technologies. The proposed system includes three key components: a server cloud platform, a platform for mobile devices and an object platform. The server platform collects, processes and analyzes data from autonomous detectors installed on pipelines. The mobile platform provides users with an interactive interface for data visualization and critical change notifications. The object platform is responsible for collecting telemetry information from the sensors and transmitting it to the cloud. The developed system architecture can be adapted to monitor other engineering infrastructures, such as water and gas networks, which makes it a universal solution for smart city tasks.The proposed intelligent system realizes the author’s approaches to knowledge base creation, logical inference mechanism and user interface of the system. The described algorithms of data processing and ontological model of the system ensure its effective functioning.