Modern data analysis technologies used for geomechanical monitoring. Review

The paper considers the possibilities of modern technologies and software that make it possible to create continuity geomechanical monitoring man-made objects from shooting in automatic mode, robotic surveillance systems, transmitting information over Internet cloud storage, performing stability calculations, determining parameters displacement deformation slopes ledges sides quarries. development for collecting processing allows use artificial neural networks are adapted modeling geodetic deformations. Technogenic objects, which very complex have a huge number external factors affecting mountain range, so becomes incredibly difficult take into account determine amount deformation. Due complexity variety influencing factors, necessary new system assessing state called "neural networks". training such is based on already available research results collected during direct operation industrial enterprises. Neural can become an alternative various methods describing processes, especially continuous where there no priori knowledge underlying processes. For effective forecasting processes at mining enterprise, multiparametric method needed, includes comprehensive GPS measurements, supplemented with data sensors changes water level stresses deformations array. automated survey recording sent storage distributed using "Big Data" technology analyzed by geoinformation systems. In turn, adaptation model specialists obtain good description structural range.