APPLICATION OF GEOINFORMATION TECHNOLOGIES TO INCREASE THE EFFICIENCY OF EVACUATION MEASURES IN EMERGENCY SITUATIONS
Annotation
The experience of using geospatial data processing and visualization tools in developing evacuation route schemes within the framework of the Almaty — Safe City program is reviewed. The seismic activity of Almaty is analyzed and the need to implement advanced methods for improving population safety is substantiated. Preprocessing and verification of source data, geocoding using the Python programming language and the GeoPy library for converting text addresses into geographic coordinates are considered. Combined algorithms for calculating optimal routes, methods for optimizing the export of layouts using the QGIS geographic information system, taking into account the topographic and infrastructural features of the city, are used. The automation of layout creation is carried out using the Atlas tool. Layouts of information signs with text and graphic information are developed to facilitate navigation and evacuation of the population. The effectiveness of the developed routes is confirmed in real conditions during the earthquake in January 2024, which demonstrates the practical significance of the research and implemented solutions.
Keywords
Постоянный URL
Articles in current issue
- ASSESSMENT OF ENERGY-MASS CHARACTERISTICS OF A SPACE VEHICLE WHEN LAUNCHED INTO A HIGH ORBIT FROM A UNIVERSAL ROBOTIC SPACE PLATFORM
- METHOD OF CALCULATING THE DIRECTIVITY COEFFICIENT OF ADAPTIVE ANTENNA ARRAY IN THE PRESENCE OF INTERFERENCE
- APPROXIMATE COMPENSATION OF "STABLE" POLES OF THE TRANSFER FUNCTION OF THE CONTINUOUS PART OF CALCULATED ELECTROMECHANICAL DIGITAL TRACKING SYSTEM
- METHOD OF HIGH-LEVEL MICROARCHITECTURE DESIGN OF NEUROMORPHIC PROCESSORS BASED ON EXPLICIT SEPARATION OF COMPUTATIONS FROM TRANSACTION FLOW
- DEVELOPMENT AND MANUFACTURING OF AN ELECTRO-OPTICAL MODULATOR BASED ON THE POCKELS EFFECT
- NUMERICAL SIMULATION OF THE THERMAL LENS EFFECT IN AN OPTICAL SYSTEM GENERATING POWERFUL NEAR-IR RADIATION
- OPTIMIZATION OF OPERATING MODES OF THE ANTICORROSIVE PROTECTION SYSTEM FOR BURIED MAIN PIPELINES
- MODEL OF OPTICAL SENSOR FOR MONITORING THE LEVEL OF OIL POLLUTION