Rylkov I.V, Kataeva L.Y, Kataeva L.Y, Maslennikov D.M, Romanova N.A, Rylkova O.I, Tarnaeva S.A, Loschilov A.A
The paper considers the creation of a geographic information system, storing the data for calculating the propagation of forest fire on the real terrain. For the simulation of this process, it is necessary to have information on the height map of the terrain and vegetation, located on the area as well as its thermal and thermo-kinetic characteristics. This paper describes a software system that includes not only forest mensuration description and mapping data available, but also vegetation types with their characteristics. An algorithm for filling of database of vegetation and their characteristics needed to model landscape forest firesthat gives system a practical focus. When creating a geographic information system of vegetation Vysokoborsky forestry Borskiy district of Nizhny Novgorod region used modern WEB technologies and libraries, such as HTML5, CSS3, JavaScript, Google Maps API v3, Google ElevationService API, ASP.NET MVC4, KnockoutJS, HighchartsJS, JSON, GeoXML3. Developed software implements modern and effective MVVM pattern and has a client-server architecture
Рылков И.В, Катаева Л.Ю, Катаева Л.Ю, Масленников Д.М, Романова Н.А, Рылкова О.И, Тарнаева С.А, Лощилов А.А ОСОБЕННОСТИ СОЗДАНИЯ БАЗ ДАННЫХ НА ОСНОВЕ ВЕБ-ТЕХНОЛОГИЙ ДЛЯ МОДЕЛИРОВАНИЯ ЛЕСНЫХ ПОЖАРОВ (ВЫСОКОБОРСКОЕ ЛЕСНИЧЕСТВО БОРСКОГО РАЙОНА НИЖЕГОРОДСКОЙ ОБЛАСТИ) // Научное обозрение. Физико-математические науки
. 2020. № 1.
С. 50-50;