Monitoring System Using Web of Things in Precision Agriculture

Good morning folks,

Today is a wonderful wednesday and it has been ages since the last time I played futsal.
I’m so damn craving it now, so if you have a game to play please invite me though J

OK, now, this week, I will share a good journal related to IoT.

This is all this…

Enjooooyyy….


Author           : Foughali Karim, Fathalah Karim, Ali Frihida
Title               : Monitoring System Using Web of Things in Precision Agriculture
Source          : Procedia Computer Science 110 (2017) 402–409

Summary of Reported Research :
·   The writers built an application of Internet of Things (IOT) to be used in the precision agriculture that can be defined as the mixture of art and science of using technology to improve crop production. The meaning of precision in this term is taking care the crops based on the metrological factors (in this case is soil water pressure) so the irrigation can be efficient.
·      The system consists of a PC, Wireless Sensor Network (WSN), and gateway.
·    The WSN is collecting data and sends it to the PC via gateway. The writers use sensor nodes of type Waspmote 01 (based on Arduino). Its sensor part is buried in the ground to measure the soil water pressure, then sends it by using its Zigbee transceiver part to the gateway tier.
·      The gateway here is a wifi router that can collect via IEEE 802.15.4 internet connection.
·      The cloud system tah is used in the system is called IOT cloud multiplied.

Strength of Reported Invention :
·   It gives information to the farmers about the water pressure in the soil, so the farmers know how the condition of the soil, and when to irrigate the crops.
·      It uses simple hardware, and easy to make.
·      The system is using IOT that can collect and calculate big amount of data.

Weakness of Reported Invention :
·   The system only uses one parameter of sensor (water pressure in the soil) rather than multiple sensors (e.g. air humidity, sunshine intensity, wind speed,etc).

·   The system does not have any mechanical parts that can be automatically irrigate the plants.

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