The paper describes an improved general model which is based on methods of remote scanning of Earth surface obtained by Space satellites with combination with GIS-technologies and methods of mathematical modeling. This model allows allocating and analyzing characteristics of carbon containing and organic components of places of accumulation of solid waste of domestic and industrial genesis of illegal waste dumps on Space images and also determining values of its area and dynamics of growth for monitoring of ecological safety level of urban systems.
[1] Domanska M. V., Bondar S. P. (2013), “Identification of illegal dumps of domestic waste using materials of RCE”, Cartography almanac, Issue 7, pp. 114–126.
[2] Kohan S. S., Moskalenko A. A. (2009), “Evaluation of possibility of identification of dumps using multyspectral space images”, Herald of geodesics and cartography, issue 6, pp. 29–34.
[3] Wood C., Lee N. (1995), “Strategic Environmental Assessment”, Manchester, Publ. Manchester EIA Centre, 298 р.
[4] Cui S. Y., Yan Q., Liu Z. J., Li M. (2008), “Building detection and Recognition from High Resolution Remotely Sensed Imagery”, Proceedings of XXI ISPRS Congress, Beijing, Vol. XXXVII, p. 411–416.
[5] Oreshkina L. V. (2005), “Detection and recognition of class of objects on multyzone images of remote scaning”, Informatica, Issue 2, pp. 79–85.
[6] Vambol V. V., Shmandiy V. M., Kreta D. L. (2015), “Monitoring of illegal places of accumulation of waste using space images”, Technology audit and production reserves, issue 5(6), pp. 42–45.
[7] Vambol S. A., Vambol B. B., Zinchenko S. S. (2015), “Detection of sources of forming of ecological danger using of geoinformational systems”, Fire safety: problems and prospects, Volume 1, Issue 1, pp. 40–44.
[8] Vambol S., Shakhov Y., Vambol V., Petukhov I. (2016), “A mathematical description of the separation of gas mixtures generated by the thermal utilization of waste”, Eastern-European Journal of Enterprise Technologies, issue 1/2 (79), pp. 35–41.