Authors :
Adithya Vinod; M Harigovind; Dr. Jisha P Abraham; Midhunkrishna K. S
Volume/Issue :
Volume 7 - 2022, Issue 7 - July
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3RWCGT2
DOI :
https://doi.org/10.5281/zenodo.6893074
Abstract :
Many lives are in danger at sea in the events
of an unforeseen storm, cyclones, and other natural
disasters. One of the major difficulties faced by the
rescue team in such an event is the difficulty to locate the
personnel in danger. Our project aims at solving this
issue by incorporating a chip that helps fishermen in
sending distress signals to the shore while in danger. The
signal will contain the location of the person. Repeaters
are meant to be placed at buoys that helps in
transmitting the signal from the source to the
destination. Our project includes the study and
selection of hardware devices and network specifications.
The specifications of potential hardware, network
topology and routing protocols are collected and studied.
This is compared with each other and the most optimum
hardware components and network specifications are
selected. The selection of these components were made
based on their power consumption, range, data rates etc.
Selection of network properties were made based on
their efficiency, reliability and economic factors.
Keywords :
LoRaWAN, Lora Module, Marine Disaster Management.
Many lives are in danger at sea in the events
of an unforeseen storm, cyclones, and other natural
disasters. One of the major difficulties faced by the
rescue team in such an event is the difficulty to locate the
personnel in danger. Our project aims at solving this
issue by incorporating a chip that helps fishermen in
sending distress signals to the shore while in danger. The
signal will contain the location of the person. Repeaters
are meant to be placed at buoys that helps in
transmitting the signal from the source to the
destination. Our project includes the study and
selection of hardware devices and network specifications.
The specifications of potential hardware, network
topology and routing protocols are collected and studied.
This is compared with each other and the most optimum
hardware components and network specifications are
selected. The selection of these components were made
based on their power consumption, range, data rates etc.
Selection of network properties were made based on
their efficiency, reliability and economic factors.
Keywords :
LoRaWAN, Lora Module, Marine Disaster Management.
