Back close

Landslide Early Warning System

Dept/Center/Lab: Amrita Center for Wireless Networks and Applications (AWNA)

Project Incharge:Balaji Hariharan
Landslide Early Warning System

Deploying sensor-equipped embedded systems strategically in landslide-prone areas is imperative for gathering precise environmental data from soil moisture sensors, rain gauges, inclinometers, and pore pressure sensors. This real-time monitoring ensures the timely transmission of critical information to central command centers, enabling early detection and effective response to potential landslide risks.

Precision Projects: Deployment targeted areas.

  • Sikkim -Chandmari

Sikkim Himalayas Landslide deployment. Different sensors connected in each Dep. Real-time data transmission was established

  • Munnar -Anthoniyar Colony

India’s first IoT-based field in Munnar. In the different sites around 150 sensors are deployedAdvanced Integrated Wireless Sensor Networks for Real-time Monitoring and Detection of Disaster.

  • Networking and Embedded System

Networking and embedded systems are integral components in the realm of modern technology, working hand in hand to enable seamless communication and efficient functionality in a variety of applications.

  • Embedded systems in the Biomedical field

Embedded systems are a driving force in the biomedical sector, transforming diagnostics, monitoring, and treatment technologies by seamlessly integrating them into medical devices. These compact computing systems deliver precision, and real-time data processing, significantly enhancing patient care.

Name of staff and students from Amrita

  • Dr. Anand Prem P K – Assistant Professor
  • Praveen K – Research Associate
  • Aswathy – Project Assistant III Liya – Research Assistant III

Related Projects

Indigenous Development of Functionally-graded Aluminium Metal Matrix Composites using Centrifugal Casting Method and to Investigate the Mechanical and Tribological Properties
Indigenous Development of Functionally-graded Aluminium Metal Matrix Composites using Centrifugal Casting Method and to Investigate the Mechanical and Tribological Properties
Design of Low Weight Shaped Beam Reflector Antenna with Integral IFF and SLB Antenna
Design of Low Weight Shaped Beam Reflector Antenna with Integral IFF and SLB Antenna
Computational Neuroscience and Cognitive Modeling Lab
Computational Neuroscience and Cognitive Modeling Lab
WISE (Women in Sustaining the Environment)
WISE (Women in Sustaining the Environment)
CHETAK 2.0 : Service Robot
CHETAK 2.0 : Service Robot
Admissions Apply Now