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Safety Monitoring

safety monitoring in precision timing

The high-precision satellite positioning and navigation technology is widely used in different kinds of displacement monitoring and safety pre-warning systems as it offers automation, precision, fastness, all weather compatibility and low cost.

The high-precision satellite positioning and navigation technology is widely used in different kinds of displacement monitoring and safety pre-warning systems as it offers automation, precision, fastness, all weather compatibility and low cost.

Geological disasters such as debris flow, landslides, surface subsidence in the mining areas and safety operation of man-made buildings including reservoir dams, long-span bridges and super high-rise buildings are closely related to displacement deformation. The high-precision satellite positioning and navigation technology is widely used in different kinds of displacement monitoring and safety pre-warning systems as it offers automation, precision, fastness, all weather compatibility and low cost.

The use of multiple GNSS and multiple frequencies can effectively improve the accuracy of displacement monitoring in complex observation environment, improve the reliability of the system operation, and shorten the monitoring and early warning time.

Unicore's high precision boards and modules can provide better than 1mm carrier phase observation accuracy. The reliable low-elevation tracking performance and super-low observation noise help to simplify the data processing work for the software. It is especially suitable for displacement monitoring application with the accuracy at millimeter level.


global navigation satellite systems and applications
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