Assessing Metrics using LoRa Technology for Real-Time Landslide Monitoring within an IoT Framework
This research study introduces a groundbreaking approach to landslip monitoring through the seamless integration of low-power sensors with the versatile Arduino NANO platform, leveraging LoRa-based IoT technology. By facilitating real-time analysis of critical environmental variables such as water l...
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| Veröffentlicht in: | 2024 4th International Conference on Pervasive Computing and Social Networking (ICPCSN) S. 656 - 662 |
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| Sprache: | Englisch |
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IEEE
03.05.2024
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| Abstract | This research study introduces a groundbreaking approach to landslip monitoring through the seamless integration of low-power sensors with the versatile Arduino NANO platform, leveraging LoRa-based IoT technology. By facilitating real-time analysis of critical environmental variables such as water levels, soil movement, and humidity, this system enables early detection of soil instability, potentially preventing devastating landslides. Automated email notifications promptly alert authorities and communities to impending threats, enhancing crisis management effectiveness. LoRa technology's extensive coverage, affordability, and adaptability address shortcomings of traditional monitoring methods, while its versatility extends applicability beyond landslip monitoring. This proactive system empowers communities to intelligently respond to environmental changes, providing comprehensive, real-time monitoring for hazard identification and preventive action formulation, ultimately mitigating disaster risks and enhancing overall disaster response capabilities. |
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| AbstractList | This research study introduces a groundbreaking approach to landslip monitoring through the seamless integration of low-power sensors with the versatile Arduino NANO platform, leveraging LoRa-based IoT technology. By facilitating real-time analysis of critical environmental variables such as water levels, soil movement, and humidity, this system enables early detection of soil instability, potentially preventing devastating landslides. Automated email notifications promptly alert authorities and communities to impending threats, enhancing crisis management effectiveness. LoRa technology's extensive coverage, affordability, and adaptability address shortcomings of traditional monitoring methods, while its versatility extends applicability beyond landslip monitoring. This proactive system empowers communities to intelligently respond to environmental changes, providing comprehensive, real-time monitoring for hazard identification and preventive action formulation, ultimately mitigating disaster risks and enhancing overall disaster response capabilities. |
| Author | M, Kaviya A, Inbavalli R, Praveena |
| Author_xml | – sequence: 1 givenname: Inbavalli surname: A fullname: A, Inbavalli email: inbavallikumaran.2010@gmail.com organization: IFET College of Engineering,Department of Computer Science,Villupuram,Tamilnadu – sequence: 2 givenname: Praveena surname: R fullname: R, Praveena email: praveenaraj3523@gmail.com organization: IFET College of Engineering,Department of Computer Science,Villupuram,Tamilnadu – sequence: 3 givenname: Kaviya surname: M fullname: M, Kaviya email: kathiravan232007@gmail.com organization: IFET College of Engineering,Department of Computer Science,Villupuram,Tamilnadu |
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| Snippet | This research study introduces a groundbreaking approach to landslip monitoring through the seamless integration of low-power sensors with the versatile... |
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| SubjectTerms | Disasters Landslides Landslip Monitoring LoRa LoRa-based IoT System Low-power Sensors Moisture Real-time Analysis Real-time systems Sensor systems Soil |
| Title | Assessing Metrics using LoRa Technology for Real-Time Landslide Monitoring within an IoT Framework |
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