Authors :
Jonnadula Narasimharao; CH. Lakshmi Sravya; Sathu Tharun; Parasa Rithvik
Volume/Issue :
Volume 7 - 2022, Issue 6 - June
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3NV9adW
DOI :
https://doi.org/10.5281/zenodo.6642387
Abstract :
The system aims to design a reliable
embedded system that will be used in measuring various
atmospheric parameters for up-to-date weather
monitoring. Weather is monitored with the help of
payload equipment which acts as a transmitter in which
temperature, pressure, humidity, altitude, air quality,
and light detection is measured with the combined action
of all the sensors. These measured values are then
transmitted to the ground receiver to view the
information from the various sensors. NRF frequency
signals are used for the communication between
transmitter and receiver respectively. All the sensors and
the transmitter/receiver module would be connected to
the main Arduino/Microcontroller. The data received
would be continuous and can be viewed from time to
time on the receiver module, smartphones, and cloud
storage simultaneously. The project is developed to
produce a weather monitoring device capable to measure
with more accuracy, reliability, and cost-efficiency.
Keywords :
Arduino; sensors; cloud; transmitter; receiver; wireless communication.
The system aims to design a reliable
embedded system that will be used in measuring various
atmospheric parameters for up-to-date weather
monitoring. Weather is monitored with the help of
payload equipment which acts as a transmitter in which
temperature, pressure, humidity, altitude, air quality,
and light detection is measured with the combined action
of all the sensors. These measured values are then
transmitted to the ground receiver to view the
information from the various sensors. NRF frequency
signals are used for the communication between
transmitter and receiver respectively. All the sensors and
the transmitter/receiver module would be connected to
the main Arduino/Microcontroller. The data received
would be continuous and can be viewed from time to
time on the receiver module, smartphones, and cloud
storage simultaneously. The project is developed to
produce a weather monitoring device capable to measure
with more accuracy, reliability, and cost-efficiency.
Keywords :
Arduino; sensors; cloud; transmitter; receiver; wireless communication.