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AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy
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AI Artificial Intelligence. Landslide velocity prediction applied to the Cassas Landslide, Piedmont, Italy

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  • 1. AI Artificial Intelligence Landslide Velocity Prediction Applied to the Cassas Landslide, Italy
  • 2. Table of contents  Introduction  Cassas Landslide  Input data  Velocity data prediction  Past displacement prediction  Mitigative measures  Other applications  End
  • 3. Introduction  "AI LANDSLIDE" analyses monitoring data and allows reliable predictions of landslide velocity based on past inclino- metric data and rainfall.  Civil Protection Alerts can be triggered with more reliability, thus avoiding many costlycostly crisis planning errorscrisis planning errors.
  • 4. PARIS - LYON GENEVA TURIN - MILAN GENOA - ROME
  • 5. Cassas Landslide, Italy  - Volume 20 - 30 million m3 - Lenght appx. 1.8 Km - Average slope 50 to 55 % - Slide depth appx. 60 m
  • 6. Cassas Landslide Rainfall 1998-2002
  • 7.  The learning phase encompassed 40 points. A.I. LANDSLIDE can already effectively predict velocities after a rather short learning phase! Prediction: Velocity data 98-02
  • 8. 1999 1999 2000 2000 2001 2001 2002 2002
  • 9. Rainfall 1990-2002  Rainfall data from 1991 to 2002 are available. Thus it is possible to estimate the displacement during this period
  • 10.  AI Artificial Intelligence Landslide Prediction Past displacement
  • 11. ?
  • 12. Displacement  Real displacement Nov-98 to Ago-02 (46 months) Inclinometer n°3 ≈ 20.5 cm ≈ 20.5 cm  Calculated displacement Jan-91 to Nov-98 (94 months) Inclinometer n°3 ≈ 21.1 cm ≈ 21.1cm
  • 13.  According to the « AI Landslide » model the need of implementing mitigative measures has clearly emerged. The main scope being the depression of the ground water table  Three alternatives have been studied with a risk management approach:  Deep drainage by vertical shafts and submerged pumps  600 m long tunnel in stable ground with ascending drainage boreholes  150 m long 3 x 3 m drainage tunnel in the sliding mass with subhorizontal drains « AI Landslide » engineering application
  • 14.  The system « AI Landslide » can be custom tailored to study other events and phenomena than landslides.  Practically, any activity in which the driving parameters can be measured and identified can be studied with « AI Landslide ». However the model has to be custom tailored for each phenomenon:  - Levels of water in a river or creek  - Deformations and settlements  - Tunnel’s convergence  - Rock mass movements  - Dispersion of contaminants  - Etc. Other « AI Landslide » applications
  • 15. END  More information in:  www.ailandslides.com  www.riskope.com

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