A review on machine learning in agricultural sciences
Machine learning has combined with technologies such as big data and high-performance computers to create new opportunities for data-intensive investigations, among numerous other applications in the field of agri-technology. In this study, we give a thorough assessment of studies on the uses of mac...
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creator | Rayalu, G. Mokesh Farouq, Kamal Murtala Kolli, Chandra Sekhar Torres-Cruz, Fred Herrera, Alain Paul Muhammad, Rabia Sabo |
description | Machine learning has combined with technologies such as big data and high-performance computers to create new opportunities for data-intensive investigations, among numerous other applications in the field of agri-technology. In this study, we give a thorough assessment of studies on the uses of machine learning in farming systems, with particular emphasis on the United States. Crop organisation, which included applications on yield estimation, disease monitoring, weed detection, plant health, and with so; cattle leadership, which included implementations on animal conservation and cattle ranching; irrigation; and soil conservation were the categories in which the efforts were analysed. The filtering and categorization of the articles offered here indicate how machine learning algorithms will be beneficial to the agricultural industry. Systems for farming operations are evolving into legitimate AI-enabled programs that offer thorough recommendations and findings for farmer strategic development and execution. By using data mining techniques on sensor data, this is made possible. Among the terms that come to mind include agricultural administration, conservation techniques, application of fertilizers, animal care, time management, and crop monitoring. |
doi_str_mv | 10.1063/5.0218219 |
format | Conference Proceeding |
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Mokesh ; Farouq, Kamal Murtala ; Kolli, Chandra Sekhar ; Torres-Cruz, Fred ; Herrera, Alain Paul ; Muhammad, Rabia Sabo</creator><contributor>Kumaresan ; Shanmugam, Siva ; Rajagopal, Karthikeyan ; Vijayakumar, M. D.</contributor><creatorcontrib>Rayalu, G. Mokesh ; Farouq, Kamal Murtala ; Kolli, Chandra Sekhar ; Torres-Cruz, Fred ; Herrera, Alain Paul ; Muhammad, Rabia Sabo ; Kumaresan ; Shanmugam, Siva ; Rajagopal, Karthikeyan ; Vijayakumar, M. D.</creatorcontrib><description>Machine learning has combined with technologies such as big data and high-performance computers to create new opportunities for data-intensive investigations, among numerous other applications in the field of agri-technology. In this study, we give a thorough assessment of studies on the uses of machine learning in farming systems, with particular emphasis on the United States. Crop organisation, which included applications on yield estimation, disease monitoring, weed detection, plant health, and with so; cattle leadership, which included implementations on animal conservation and cattle ranching; irrigation; and soil conservation were the categories in which the efforts were analysed. The filtering and categorization of the articles offered here indicate how machine learning algorithms will be beneficial to the agricultural industry. Systems for farming operations are evolving into legitimate AI-enabled programs that offer thorough recommendations and findings for farmer strategic development and execution. By using data mining techniques on sensor data, this is made possible. 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Crop organisation, which included applications on yield estimation, disease monitoring, weed detection, plant health, and with so; cattle leadership, which included implementations on animal conservation and cattle ranching; irrigation; and soil conservation were the categories in which the efforts were analysed. The filtering and categorization of the articles offered here indicate how machine learning algorithms will be beneficial to the agricultural industry. Systems for farming operations are evolving into legitimate AI-enabled programs that offer thorough recommendations and findings for farmer strategic development and execution. By using data mining techniques on sensor data, this is made possible. 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Crop organisation, which included applications on yield estimation, disease monitoring, weed detection, plant health, and with so; cattle leadership, which included implementations on animal conservation and cattle ranching; irrigation; and soil conservation were the categories in which the efforts were analysed. The filtering and categorization of the articles offered here indicate how machine learning algorithms will be beneficial to the agricultural industry. Systems for farming operations are evolving into legitimate AI-enabled programs that offer thorough recommendations and findings for farmer strategic development and execution. By using data mining techniques on sensor data, this is made possible. 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identifier | ISSN: 0094-243X |
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language | eng |
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subjects | Agricultural equipment Agrochemicals Algorithms Big Data Cattle Data mining Farming Industrial development Machine learning Soil analysis Soil conservation |
title | A review on machine learning in agricultural sciences |
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