A parallel analysis of hydrolithospheric beds geodata of Narzan mineral water Kislovodsk deposit
- 1 — Saint-Petersburg Mining University
- 2 — Saint-Petersburg Mining University
Abstract
The area of the Caucasus Mineral Waters – an environmental spa - occupies a special place among the other spa regions of Russia due to richness, diversity, abundance and value of its mineral waters, landscape and climate conditions, and therapeutic muds. Lately the rate increased of developing its mineral water resources for both the local spa use and bottling for retail consumers. The growing number of mineral water bottling enterprises and sanatorium organizations affects significantly the amount of mineral water uptake. Irrational water uptake results in deterioration of underground water quality, change of its chemical composition and temperature. Expansion of the depression crater may eventually result in a collapse of seams roofing and vanishing of many water springs. It refers to all the waters underlying the area of Kavkazskie Mineralnye Vody. Due to that situation there is a potential threat of degradation of these deposits of mineral waters. Therefore, an important task consists in building forecast models of hydro-lithospheric processes in the region while the scope of water uptake changes in various parts of the deposit. it will be based on analyzing aerial photographs taken from board unmanned aerial vehicles. Currently such analysis is conducted using simple linear algorithms. The paper suggests to use the Nvidia CUDA technology for the purpose, adapting the mathematics used to ana- lyze aerial photographs to that technology. The initial data for processing were obtained by aerial photography in the course of remote sensing of the area by unmanned aerial vehicles belonging to OJSC «Narzan», Kislovodsk, an enterprise for mining mineral water. Presented in this paper have their Author’s Certificates issued by the Federal Institute of Industrial Property, the Russian Federation.
References
- Ильюшин Ю.В. Метод управления температурным полем на основе функции Грина / Ю.В.Ильюшин, И.М.Першин // Записки Горного института. 2015. Т.214. С.57-70.
- Ильюшин Ю.В. Многопоточный анализ данных сейсморазведки на гибридных суперкомпьютерах / Ю.В.Ильюшин, В.Е.Трушников // Горный информационно-аналитический бюллетень. 2015. № 5. С.230-235.
- Ильюшин Ю.В. Разработка адаптивной системы управления с распределенным пи-регулятором / Ю.В.Ильюшин, В.Е.Трушников, А.Л.Ляшенко // Горный информационно-аналитический бюллетень. 2014. № 1. С.341-346.
- Ильюшин Ю.В. Разработка импульсного управления температурным полем буровых шнеков добычи горячей минеральной воды Кисловодского месторождения нарзана / Ю.В.Ильюшин, В.Е.Трушников // Горный информационно- аналитический бюллетень. 2014. № 2. С.172-181.
- Designing of Distributed Control System with Pulse Control / Y.Ilyushin, D.Pervukhin, O.Afanasieva, A.Klavdiev, S.Kolesnichenko // Middle-East Journal of Scientific Research. 2014. N 21 (3). P.436-439. http://dx.doi.org/10.5829/ idosi.mejsr.2014.21.03.21433
- Ilyushin Y. Designing of temperature field control system of tunnel kilns of conveyor type // Scientific-technical news of S.Pt.SPI. 2011. N 3 (126). P.67-72.
- Kolesnikov A. Discharge of a Copper-Magnesium Galvanic Cell in the Presence of a Weak Electromagnetic Field / A.Kolesnikov, Ya.Zarembo, V.Zarembo // Russian Journal of Physical Chemistry. 2007. N 81 (7). P.1178-1180. http://dx.doi.org/10.1134/s003602440707031x
- Kolesnikov A. Nonlinear Oscillations Control. Energy Invariants // Journal of Computer and Systems Sciences International. 2009. N 48 (2). P.185-198. http://dx.doi.org/10.1134/S1064230709020038
- Pleshivtseva Y. The Successive Parameterization Method of Control Actions in Boundary Value Optimal Control Problems For Distributed Parameter Systems / Y.Pleshivtseva, E.Rapoport // Journal of Computer and Systems Sciences International. 2009. N 48 (3). P.351-362. http://dx.doi.org/10.1134/S1064230709030034
- Rapoport E. Structural Parametric Synthesis of Automatic Control Systems with Distributed Parameters // Journal of Com- puter and Systems Sciences International. 2006. N 45 (4). P.553-566. http://dx.doi.org/10.1134/S1064230706040071
- Solution of Problem of Heating Elements’ Location of Distributed Control Objects / Y.Ilyushin, D.Pervukhin, O.Afanasieva, A.Klavdiev, S.Kolesnichenko // Global Journal of Pure and Applied Mathematics. 2016. Vol.12. N 1. P.585-602.
- Structuring of Inorganic Materials in Weak Rf Electromagnetic Fields / V.Zаrembo, O.Kiseleva, A.Kolesnikov, N.Burnos, K.Suvorov // Inorganic Materials. 2004. N 40 (1). P.86-91. http://dx.doi.org/10.1023/B:INMA.0000012184.66606.59
- The methods of the synthesis of the nonlinear regulators for the distributed one-dimension control objects / Y.Ilyushin, D.Pervukhin, O.Afanasieva, A.Klavdiev, S.Kolesnichenko // Modern Applied Science. 2015. Vol.9. N 2. P.42-61.
- Zarembo V. Background Resonant Acoustic Control of Heterophase Processes / V.Zarembo, A.Kolesnikov // Theoretical Foundations of Chemical Engineering. 2006. N 40 (5). P.483-495. http://dx.doi.org/10.1134/s0040579506050058
- Zinc Electrochemical Reduction on a Steel Cathode in a Weak Electromagnetic Field / A.Kolesnikov, Ya.Zarembo, L.Puchkov, V.Zarembo // Russian Journal of Physical Chemistry. 2007. N 81 (10). P.1715-1717. http://dx.doi.org/10.1134/ s0036024407100330