Advantages of Machinery in Agriculture and Business: ENG102 Essay

This essay, focusing on the advantages of machinery, examines the impact of automation and robotics in agriculture and business. It references an article discussing machine learning and its technical innovations, including the development of robots for harvesting crops like raspberries and lettuce. The essay highlights how machine learning reduces system complexity, enables remote manipulation, and addresses industry challenges. It further explores the features of these robots, such as their use of sensors and cameras, and discusses the potential for reduced labor costs and sustainable farming practices. The essay emphasizes the integration of machine learning and robotics to improve efficiency and address the increasing demands of a growing population, referencing studies on agricultural robotics and its future trends.

Running Head: ADVANTAGE OF MACHINERY
Advantage of using machinery
Name of the University
Name of the Student
Authors Note

1ADVANTAGE OF MACHINERY
Chung Thi Thu Chi
Dr. Schneirder
ENG102-02
The advantage of using machinery
Nell Lewis published an article “Why robots will be soon picking soft fruits and salad”
on CNN. The article contains a brief description of machine learning along with its advances and
technical innovations. The characteristics of machine learning, as depicted in the article, involves
a reduction of complexity of a system. It can also manipulate the developed system through
devices that are wireless or have remote access. It also discusses the future of machine learning
for an industry like business. Some information regarding robots is present in this article. The
provided article has a line that says “Which human pickers obviously can’t do” a lecturer of
robotics, Stoelen said this. In the coming years, their robots for raspberry picking will come into
production and expected to stay for more than twenty hours in a single day and continue for
seven days (Bloss) . A robot called vegabot, developed by engineers of the Cambridge
University, will be able to identify iceberg lettuce and harvest them too. This innovation will
bring hope to the farmers as the robots will automate the picking process, and this crop is always
on high demands. The integration of machine learning with the introduction of robots have
developed the field of information technology and benefited the companies in order to solve
complicated problems. Hence, solving the issues of the company have resulted in improving
their performance throughout their network (Yaghoubi et al.). The article also discusses the
features of the developed robots like the presence of several machines, networks, and sensors
inside them, which are observed by several researchers. The designing process of the camera

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uses functionalities of machine learning, and it scans lettuce thoroughly for all unwanted signals
coming from systems. The configuration of the camera happens by training with more than a
thousand pictures that has lettuce in it and then approved for the actual purpose. The main idea
behind using the sensors is to manage a business. And all the processes are going inside a
business; the sensors bring effective processes to the platform of business (Li et al.). It also helps
in managing and handling the activities going inside a business from remote locations.
The article shows in-depth information about machine learning and robots, which are
explained by the researcher. The researcher explores several features of machine learning. The
business industry uses the features of machine learning, along with how robots help in harvesting
crops, and picking them is explained. The introduction of robots in the agricultural industry will
decrease economic losses that were occurring due to the labor shortage. The article also provides
estimation for reduction of labor cost in business. This article shows statistics of the growing
population of 7.7 billion to 7.7 billion, that implies that the agricultural industry is pressurized to
provide food for all of them in the near future with minimal cost (Duckett et al.). The use of
robots for sustainable farming will be a great revolution, such as using less water, fertilizer, fuel,
etc. The robots pick only ripe fruits and vegetables at schedule times.

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Reference
Bloss, Richard. "Robot innovation brings to agriculture efficiency, safety, labor savings and
accuracy by plowing, milking, harvesting, crop tending/picking and monitoring." Industrial
Robot: An International Journal 41.6 (2014): 493-499.
Duckett, Tom, et al. "Agricultural robotics: the future of robotic agriculture." arXiv preprint
arXiv:1806.06762 (2018).
Yaghoubi, Sajjad, et al. "Autonomous robots for agricultural tasks and farm assignment and
future trends in agro robots." International Journal of Mechanical and Mechatronics
Engineering 13.3 (2013): 1-6.
Li, Biqing, et al. "The Design and Realization of Fruit Harvesting Robot Based on IOT." 2016
International Conference on Computer Engineering, Information Science & Application
Technology (ICCIA 2016). Atlantis Press, 2016.