Regarding this (structural activity monitoring) we must first figure out what it is. Tectonic activity monitoring is a thing that always looks at the movement and changes between the plates of the earth. You see, these plates of the earth are not staying motionless. They always move here and there, causing many natural conditions to occur, such as earthquakes, volcanic eruptions, etc., which are all inseparable from the so-called tectonic activities of the plate.
There are many modules in this structural activity monitoring.
1. Sensor deployment is in this area. Many different types of sensors need to be arranged in places with the possibility of structural activities. For example, some seismic wave sensors, which are specially used to sense seismic shock waves, can be particularly sensitive and can detect even a slight move; and geo-positioning can accurately capture where the plate has moved.
2. Data collection and transmission. After the sensor collects data, it is impossible to stack it and send it back to our monitoring center as soon as possible. Generally, different communication methods such as radio and satellite are commonly used to transmit. Like the current radio means, the coverage is wide, and the data is not affected by the terrain.
3. Data analysis is a key link. It depends on special production procedures and experienced researchers. The intelligent algorithm of computers can analyze what the data is talking about, what trends are there, and so on. Researchers then accurately calculate some of the situations that are not easy to figure out and require subjective judgment.
Let’s do some questions and answers to solve some small doubts you usually encounter:
Question: Why do you have to install so many sensors and install a few different monitoring
Answer: How can it work? The activity levels of different local sectors may be different. If you lose some monitoring areas, it is possible that important events cannot be seen at all. For example, some earthquakes are secretly given out in the absence of sensor monitoring range, which causes losses.
Q: What if the link is broken during data transmission
Answer: Usually, if you prepare multiple transmission paths, such as satellite links, or if the radio is disturbed, then switch to another method as soon as possible. Generally speaking, it can be guaranteed in parallel with multiple communication links.
Let’s continue to say that when actually monitoring this structural activity, there will be some differences between different situations. For crossing of plates like in mountainous areas, it is necessary to monitor more seismic wave sensors because it is always easy to cause movement. In some places along the coast, you not only need to look at the sector but also pay attention to the situation of the volcano. Perhaps there are only a few more types of sensors. For example, in different terrain and landforms like plateau areas, around canyons, etc. . . There are differences that need to be treated differently. Provide global procurement services for weak current intelligent products!
According to my opinion, this structural activity monitoring can be of great use. This monitoring can help us predict natural disasters such as earthquakes and volcanoes as soon as possible. We will greatly promote the comprehensive protection of life, life, etc. in advance, and be aware of the situation and prepare for prevention. Reduce the costs of property and casualties caused by disasters and promote long-term safety in human society.
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