Regional Geoinformation Modeling of Ground Access to the Forest Fires in Russia

Author:

Podolskaia Ekaterina,Kovganko Konstantin,Ershov Dmitriy

Publisher

Springer International Publishing

Reference42 articles.

1. Podolskaia ES, Kovganko KA, Ershov DV, Plotnikova AS (2017) Creation of geoinformation model to plan an optimal route for ground access to the forest fires (in Russian). In: Gedio VM (ed) Proceedings of II international scientific and technical conference “forests of Russia: politics, industry, science and education”. Saint-Petersburg State Forest Technical University, pp 200–202

2. Podolskaia ES, Ershov DV, Kovganko KA (2018) Modern possibilities of GIS to model the ground access to the forest fires (in Russian). In: III All-Russian scientific conference with international participation “scientific basis for sustainable forest management”. http://cepl.rssi.ru/confs/forest_management_2018/files/forest_man_program3_29102018.pdf

3. Taner F, Galic A, Caric T (2012) Solving practical vehicle routing problem with time windows using metaheuristic algorithms. Promet-Traffic Transp 24(4):343–351

4. Vorobiev AE, Titov AY, Gavrilin VA, Menshutin AY, Bakhirev IA (2015) Transport model of Moscow region (in Russian). Methods of supercomputer modeling based on Intercosmos. Institute of Space Researches, Russian Academy of Science. http://www.iki.rssi.ru/seminar/20151111719/

5. Caha J, Dvorsky J (2015) Optimal path problem with possibilistic weights. In: Geoinformatics for transportation. Springer, Berlin. https://www.springerprofessional.de/optimal-path-problem-with-possibilistic-weights/2278722

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