What does ADMS mean in UNCLASSIFIED

An Automatic Deformation Monitoring System (ADMS) is a type of monitoring system designed to measure, track, and alert users of changes in terrain that may indicate strain, shift in direction, or any other deformation. It uses a combination of sensors such as Global Navigation Satellite System (GNSS), Inertial Navigation System (INS) and Geodetic Observing Networks (GONs) to detect subtle shifts in the surface of land.

An Automatic Deformation Monitoring System utilizes various types of sensors that are installed on the land. These sensors collect data about the surface’s shape, trajectory, and movement. This data is then analyzed by a computer program to identify any changes that could be signs of deformation. If detected, alerts are sent out to let users know about these changes.

Using an Automatic Deformation Monitoring System can help users detect potential hazards earlier so they can take necessary precautions to avoid accidents or disasters. By keeping track of subtle changes in the terrain over time and sending out alerts when something seems off, it helps provide better insights into terrain stability than manual inspections alone.

An Automatic Deformation Monitoring System can be used for many applications such as detecting landslides or monitoring riverbank erosion along with tracking long-term subsidence and structural shifts in buildings and bridges. It is also useful for public safety initiatives like searching for survivors after earthquakes and natural disasters.

The accuracy of an Automatic Deformation Monitoring System depends on several factors including the type of sensors being used and where they are located. Generally speaking, modern systems are very precise and have a high degree of accuracy when measuring surface features as small as millimetres or even microns depending on application requirements.

Automated Deformation Monitoring Systems usually employ various types of sensors such as GNSS receivers, Inertial Navigation Systems (INS), Geodetic Observation Networks (GONs), lasers, radar systems or even aerial imaging systems to collect data about the surface being monitored. Depending on the application requirements different combinations may be used for best results.

The frequency at which you should check your readings depends on your needs; it could range from daily readings if your application requires quick detection time to periodic checks if there is no immediate threat present within the area being monitored. As always though it's important to keep up with regular checks to ensure accuracy.

No special training usually required for using an Automated Deformation MonitoringSystem since most come with user-friendly interfaces that almost anyone can operate without prior knowledge or experience with monitoring systems. However, some advanced features might require more technical understanding so its best to familiarize yourself with all its capabilities before utilizing them.

While modern ADMS systems have been designed taking into consideration all safety measures possible there still remain some risks associated with its usage; this includes incorrect sensor placement as well as faulty data collection procedures leading misinterpretation or misanalysis which may lead to false alarms or missing critical signals.