SAGRO-Lite: A Light Weight Agent Based Semantic Model …
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2.3.1 Irrigation Management System
Modern agribusiness requires an improved irrigation management system along with
executives’ framework to enhance the water use in cultivating and related exercises.
Four elements are popularly being utilized in smart irrigation system framework, for
example, integration of real-time weather forecast data, control of farmer’s framework from anyplace on the planet utilizing home, empowering WiFi and Ethernet
connection, including synchronization with dampness or moisture sensors introduced in farmer’s yard, and decreasing farmer’s month to month bills while monitoring constrained water assets. IoT is always getting fame in water and irrigation
management related system around the globe.
2.3.2 Pest and Disease Control
With the help of IoT devices and actuators a constant vigilance over the farming area
can be kept and through the use of the drones held cameras the agriculturist is able
to keep his eye on crop quality. He can also figure out by the images sent to him that
whether the crop has caught some disease. He can also have the probability of the
occurrence of pest in harvests and can arrange the quantity of pesticides beforehand.
If one farmer goes through an experience of pests and diseases then through the
social apps, he can also share them with his peers and counterparts.
2.3.3 Cattle Movement Monitoring
Constant observing of any dairy cattle is additionally accomplished through the IoT.
A lot of text is available showing smart technology based ecological framework for
pig and other cattle [47].
2.3.4 Dairy Monitoring
Connecterra as an example is being currently used to manage dairy in following
the line of the IoT [48]. The animal behavior is studied and analyzed using this
technique. This knowledge is then used to predict animal reproductive system. By
constant vigilance over the animal habitat, the predictions can be streamlined even
for animal diseases and cure.
2.3.5 Water Quality Monitoring
We can measure temperature, pH value, salts, and turbidity of water by water quality
observing. This is done by placing wireless sensors near water spouts.
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2.3.1 Irrigation Management System
Modern agribusiness requires an improved irrigation management system along with
executives’ framework to enhance the water use in cultivating and related exercises.
Four elements are popularly being utilized in smart irrigation system framework, for
example, integration of real-time weather forecast data, control of farmer’s framework from anyplace on the planet utilizing home, empowering WiFi and Ethernet
connection, including synchronization with dampness or moisture sensors introduced in farmer’s yard, and decreasing farmer’s month to month bills while monitoring constrained water assets. IoT is always getting fame in water and irrigation
management related system around the globe.
2.3.2 Pest and Disease Control
With the help of IoT devices and actuators a constant vigilance over the farming area
can be kept and through the use of the drones held cameras the agriculturist is able
to keep his eye on crop quality. He can also figure out by the images sent to him that
whether the crop has caught some disease. He can also have the probability of the
occurrence of pest in harvests and can arrange the quantity of pesticides beforehand.
If one farmer goes through an experience of pests and diseases then through the
social apps, he can also share them with his peers and counterparts.
2.3.3 Cattle Movement Monitoring
Constant observing of any dairy cattle is additionally accomplished through the IoT.
A lot of text is available showing smart technology based ecological framework for
pig and other cattle [47].
2.3.4 Dairy Monitoring
Connecterra as an example is being currently used to manage dairy in following
the line of the IoT [48]. The animal behavior is studied and analyzed using this
technique. This knowledge is then used to predict animal reproductive system. By
constant vigilance over the animal habitat, the predictions can be streamlined even
for animal diseases and cure.
2.3.5 Water Quality Monitoring
We can measure temperature, pH value, salts, and turbidity of water by water quality
observing. This is done by placing wireless sensors near water spouts.