Abstract
The paper presents a Geoinformation system for mapping and prioritizing events aimed at monitoring and managing events. The solution architecture is implemented on a modular principle and consists of a data processing and storage server, a client terminal, incoming data collection and verification blocks, visualization functionality on the map, algorithms for ranking events by degree of significance, a user accounting system, generating reference documentation and storing spatial and descriptive information. The system works on the principle of sequential processing: obtaining data, checking them, storing, displaying and automatically prioritizing them based on preset parameters. Standard scenarios for responding to events at different levels were analyzed, it was shown to ensure a continuous life cycle of the event — from approval to status changes and placement in the archive. Experimental results show that combining visualization on the map with automatic classification of events contributes to accelerating the reaction, increasing the accuracy of the displayed information and increasing the productivity of control services. The developed platform can become the basis for the creation of advanced intelligent monitoring systems and support for decisions, including monitoring high-security objects, accompanying launch ehicles and monitoring areas of possible falls of detachable parts.