Comprehensive Annotated Bibliography: IoT & Cloud Computing in Farming

This annotated bibliography focuses on the application of the Internet of Things (IoT) and cloud computing in farming. It highlights research emphasizing the benefits of smart agriculture, including enhanced data collection, improved process control, reduced costs, and increased business efficiency. Key areas covered include soil monitoring using IoT sensors, the importance of soil testing, and the role of mobile cloud technology in accessing and utilizing farm data. The bibliography underscores the potential of IoT and cloud computing to revolutionize farming practices, enabling farmers to make informed decisions, automate processes, and ultimately increase crop production and ensure food security. Desklib offers a wide range of solved assignments and study resources for students.

Running Head: ANNOTATED BIBLIOGRAPHY ON IoT IN FARMING
IOT IN FARMING
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ANNOTATED BIBLIOGRAPHY ON IoT IN FARMING
Internet of Things and Cloud Computing
TongKe, F. (2013). Smart Agriculture Based on Cloud Computing and IOT. Journal Of Convergence
Information Technology, 8(2), 210-216. doi: 10.4156/jcit.vol8.issue2.26
Fan says that Internet of Things is one of the new emerging technologies that can help to
revive the farming industry. He mentions that smart agriculture IoT is not very popular, but for
the farmers who have integrated the smart farming are enjoying great yield from their farms
since 1960s. Most problem the farmers are experiencing will be solved by the use of IoT. Smart
agriculture is being used to donate the implementation of IoT in agriculture. He says that more
farmers are adopting smart agriculture IoT in the farming activities. From his research, the
number of IoT device installation is growing and by 2020 the installation may reach 75 million.
The IoT is also enhancing the market size. The market is expected to triple with the rate its
growing now. He urges farmers to use IoT in farming as there are a number of benefits for
incorporating IoT in farming.
Benefits of IoT and cloud computing in farming.
Enhancement of IoT based Smart Salvation and Monitoring Devices for Agriculture. (2018). International
Journal Of Recent Trends In Engineering And Research, 204-209. doi:
10.23883/ijrter.conf.02180328.034.6fsd3
First, with the implementation of IoT a lot of data will be collected. Research shows that
tons of data will be collected using smart agriculture sensors. The researchers says that the data
collected about weather conditions, crops growth progress, the cattle’s health and the soil
properties and quality is very useful. We know that data is stored in the network, is available to
be used by other farmers who could be in the same geographical location. Secondly, IoT will
help in controlling internal process therefore lowering the production risks. IoT will also help in
the reduction of cost management and reduce the waste products as the quality of the yields will
be enhanced. Finally, IoT and cloud computing will increase business efficiency for farmers. The
use of the smart devices will automate most of the activities involved in farming. The group of
researchers promise the farmers will also be in a position to reach wide markets and this will in
turn increase their profits.

ANNOTATED BIBLIOGRAPHY ON IoT IN FARMING
System Monitoring on soil
Lashitha Vishnu Priya, P., Sai Harshith, N., & N.V.K.Ramesh, D. (2018). Smart agriculture monitoring
system using IoT. International Journal Of Engineering & Technology, 7(2.7), 308. doi:
10.14419/ijet.v7i2.7.10603
Lashith, Sai and Ramesh advice farmers to monitor their farm. They say that the soil is a
major factor in farming. This is the reason why a farmer should be aware of the soil properties.
This include the soil salinity, the pH of the soil and the texture of the soil. They advise farmers to
use farming sensors. The soil moisture sensor is one of the devices for measuring the soil
properties. The moisture level of the soil is measured using the device. The sensor can be use in
places that require automation in watering. Research shows that the use of IoT and the
integration of the wireless sensors as mentioned above increased the production in farming. The
soil testing and monitoring is very important. It is true that farmers require much data to improve
the crop production. Research shows that the data is derived from the frequent monitoring of the
soil properties. The data could then be shared via cloud computing to other farmers. The data
about the soil could be very helpful to other farmers. Soil is a major asset in farmers. They say
that frequent monitoring of the soil is necessary.
Testing of Soil
Yu, J., Li, H., & Wu, X. (2018). Using the Cone Penetration Test to Divide the Soil Layer and
Judge the Aquifer of Ultra-Soft Soil After Vacuum Preloading. Destech Transactions on
Engineering and Technology Research, (iccere). doi: 10.12783/dtetr/iccere2017/18341
As discussed above, soil is a very important aspect to consider in farming. Yu, Li and
Wu research shows that the type, structure and components of the soil determine the yield you
will get from a farm. Therefore, this makes it necessary to test the soil. They say that soil test
involves the process of getting a soil sample and taking it to the lab in order to get detailed
analysis of the soil nutrients. They advise the farmers to use Cone Penetration Test (CPT). From
the soil analysis you can also get the deficiencies of the soil. There are other system of soil
testing such as a system named “Willamette Valley Soil Quality Guide” used for soil testing that
used by many farmers. The system’s principles are applicable anywhere. Mark recommends the

ANNOTATED BIBLIOGRAPHY ON IoT IN FARMING
farmers not to overemphasize the results. They say that farmers should perform the entire test, in
order to get full information of the soil components. The soil structure and compatibility
determines the soil richness in organic matter. Open and porous soils enhance free movement of
oxygen and water. This helps the plants to develop healthy roots. The compacted soils restricts
healthy growth and water availability. They recommended that farmers should be aware of the
soil structure and tilth, the soil moisture and the compaction or the hardpan.
Farming with the help of IoT and Mobile Cloud:
Pandey, A. (2013). E-Farming using Cloud Computing. International Journal Of Cloud
Computing And Services Science (IJ-CLOSER), 2(5). doi: 10.11591/closer.v2i5.5192
Pandey says that farming with the help of IoT and Mobile Cloud is a technology that
farmers should venture in. Smart farming involves automation in farming, green house,
environment monitoring and control. From a number of researchers, they claim that a lot of data
is collected in smart farming. Pandey says the data can be stored in the cloud server and farmers
will be in a position to access the data anywhere and anytime with their smart devices. IoT also
involves use of smart sensors for agriculture to collect the data in the farm about the soil, the
environment and the crops. The more the data is collected, the more informed the farmer gets
about the farm. This will result to increase in production and reduction on cost. Pandey as well as
other researcher prove that farming with the help of IoT and Cloud Computing will be the best
solution for the farmers today.
Conclusion
From the research done, we can conclude by saying that the use of IoT and Cloud
Computing is necessary for all farmers. The farmers need to get much information as possible
about their farms. The information will enable the farmers to make the right decisions such as
what nutrients o add to the soil, the type of crops to plant on a certain period, and the amount to
irrigation necessary in a farm. The sensor to be used in the farms will enable automation in
farming which will in turn increase the production. If most farmers will use IoT and Cloud
Computing in farming, then the world is assured of plenty of food hence no famine. IoT and
Cloud Computing is here to save the world.