Geoinfromational Information-Measuring System for Flood Protection Monitoring of Fuel-Power Complex Territory
Abstract
Purpose: To create an efficient system of monitoring the state of flood-protection constructions for a fuel-power complex, the respective data-measuring systems need a proper algorithmic provision. Methods: The research used geoinformational simulation, mathematical approximation and meteorological analysis. Results: A structure has been developed to represent the engineering constructions protecting the area from flooding as geoinformational system objects. This allows you to analyze and process the data treatment by the tools of a geoinformational system and to provide automatic monitoring. An algorithm is proposed for forming simple and integral normed assessments of the state of territories and flood-protection engineering plants by the results of control measurements. Traceability is provided by organizing a plurality of estimates as a normalized parametric space with obligatory characteristics of reliability (uncertainty) for each value of the monitored parameters. Practical relevance: The proposed algorithm and methods for developing a GIS project can help to promptly analyze the characteristics by the results of the monitoring, to make quick decisions during the maintenance activities at flood-protection engineering plants, and to solve the problems of efficient investment for their maintenance and reconstruction.Published
2015-12-01
How to Cite
Zhilnikova, N., Alekseev, V., & Shishkin, I. (2015). Geoinfromational Information-Measuring System for Flood Protection Monitoring of Fuel-Power Complex Territory. Information and Control Systems, (6), 93-97. https://doi.org/10.15217/issn1684-8853.2015.6.93
Issue
Section
Information and measuring systems