DEVELOPMENT OF THE OPTIMAL CONFIGURING ALGORITHM FOR OBSERVATION-AL NETWORK OF GEOMECHANICAL MONITORING SYSTEM
A. V. Gladyr, A. V. Konstantinov
Institute of Mining, Far East Branch, Russian Academy of Sciences, Khabarovsk, Russia
Keywords: Горный удар, геомеханический мониторинг, акустическое проявление, анизотропная среда, точность локации, Rock burst, geomechanical monitoring, acoustic manifestation, anisotropic medium, location accuracy
Abstract
Algorithm has been developed for configuring the observational network of geomechanical monitoring system of rock pressure. A software module has been developed based on the algorithm, which allows to draw sensitivity maps of the spatial zone and adjust parameters of the geophone network. Possibility of drawing maps using control levels of the uncontrolled zone, non-guaranteed and guaranteed control zones has been implemented. These zones show confidence of seismic acoustic signals location by geomechanical system. Procedure has been developed to select number and location of geophones. Main directions are formulated for further improvement of the algorithm for observation network configuring.
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