FIELD: measuring.
SUBSTANCE: invention relates to automated systems for monitoring the state of the environment for predicting environmental consequences and development of a man-made emergency. Monitoring system comprises unmanned aerial, ground and underwater monitoring systems, with mobile posts and introduced unmanned aerial vehicle, mobile robot, unmanned underwater vehicle with a set of multiparameter monitoring sensors, with subgroups of sensors of robot functioning environment parameters, environmental control and situational awareness; control stations of unmanned systems, collection, processing and transmission of data to the central control station; central station for controlling and simulating the situation, having software and hardware systems for solving computational and analytical tasks of planning monitoring with given requirements for efficiency and simulating the situation in the area of a technogenic accident based on monitoring data.
EFFECT: increase in the number and quality of multiparameter measurements in real time simultaneously in air, water and on soil in the area of a technogenic accident, regardless of its geographical location; expansion of functional capabilities of hybrid robotic complexes of rescue groups.
1 cl, 2 dwg
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