Artificial Evolution Research Institute (AERI)
Challenge to immortality
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Eruption prediction technology Eruption sign detection system
Eruption prediction technology Eruption sign detection system
-Tennotsu and Clairvoyance-
1. 1. Volcanic eruptions are accompanied by signs and signs.
Our company's (1) eruption sign / precursor micro-tremor detection system Clairvoyance and (2) eruption sign / precursor prediction system AI Tennotsu is a system that detects the precursor / precursor of an eruption.
Volcanic eruptions are accompanied by signs that have a clear causal relationship with the eruption, unlike earthquakes whose causal relationship with the precursory phenomenon is unclear.
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1. 1. [Innovative / unexplored area / unknown area / extreme area technology]
(1) Observe the signs of an earthquake 24 hours a day, 365 days a year.
(2) It is possible to renew the problems of the conventional narrow-area seismic detection method, such as (1) observation and monitoring by human wave tactics and (2) several tens of observation points by buried seismographs that can only be installed in places.
(3) Innovative technology that searches for precursory phenomena (volcanic earthquakes, volcanic tremors, changes in topography) over a wide area such as 10km x 10km in real time with a resolution of several meters, and detects and predicts eruption predictions and signs. is.
(4) Magma movement is small, no eruption is accompanied, mountain expansion is unlikely to appear, steam explosions and steam eruptions can be detected, detected, and observed, and inconspicuous eruptions can be predicted.
(5) It is possible to detect volcanic low-frequency earthquakes. Detectable precursors of eruptions caused by low-frequency earthquakes.
(6) It is possible not only to predict the start of an eruption, but also to predict the transition of eruption activity, the possibility of another large eruption, and the end time.
(7) It is possible to continuously observe the progress of the eruption even after the declaration of termination, and it is possible to realize detailed after-sales follow-up.
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3. 3. [Eruption sign / precursor fine vibration detection system clairvoyance]
(1) A laser remote sensing system that is ideal for ultra-long-range eruption prediction / eruption sign detection using ultra-low altitude satellites over 300 km.
(2) Distance measurement: The core technology is the real-time laser Stereo Dynamic Stereoshearograpic System, which has a measurement capability of proximity to 300 km, sampling rate of 80 MPoint / sec, and spatial resolution of 6 microns.
(3) In situ real-time observation of the precursory (microtremor) phenomenon of an eruption near the surface of the earth (for example, an inspection area of 10km x 10km) that occurs immediately before the eruption.
(4) Microtremors on the ground surface as precursory phenomena of eruption, (1) ground noise (several Hz to 100 MHz), (2) vibrations generated from the ground (several Hz to 100 MHz), transmitted sound waves (several Hz to 100 MHz) ), Laser remote sensing in an area of 10km x 10km from 300km above.
(5) Similarly, as precursory phenomena of eruption, laser remote is used for ground resonance (several Hz to 100 MHz), vibrations generated from the ground (several Hz to 100 MHz), ground noise (several Hz to 100 MHz), and earthquakes. Sensing.
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4. [Eruption Prediction / Omen Prediction System AI Tennotsu]
(1) Eruption sign / precursor micro-tremor detection system AI diagnoses and judges eruption sign / micro-tremor data detected by clairvoyance to predict eruption.
(2) Optimal for eruption prediction, in which small tremors (volcanic tremors) that are thought to be caused by the movement of magma and hot water are observed from an ultra-long distance using an ultra-low altitude satellite 300 km above.
(3) Real-time observation of the occurrence of precursory phenomena (volcanic earthquakes, volcanic tremors, topographical changes) that are the basis for predicting and predicting eruptions. Quick and accurate monitoring and disaster prevention / evacuation instructions are possible.
(4) In addition, it is possible to predict and predict the eruption style and the transition of eruption activity.
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[Keywords]
Eruption Prediction Prediction Eruption Prediction Ultra-Low Altitude Satellite Earthquake Prediction Eruption Warning Eruption Warning Prediction Constant Observation AI Steam Eruption Magma Eruption Mountain Expansion Eruption Prediction Detection Non-destructive Inspection RealTime in situ fsLaser Stereo Dynamic Shearography Deterioration Diagnosis Life Prediction Scratch Crack Defect 3D Laser Optical Measurement Ground surface unevenness Digital map Investment Investment Cloud funding