Application of the neuro-fuzzy approach to solving problems of soil phases evaluation

The role of variety in the efficient use of fertilizers is enormous. However, most researchers limited their studies to stating the facts about the different productivity of varieties under certain conditions of mineral nutrition. Varieties bear the "imprint" of the conditions in which the...

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Main Authors: Ziyadullaev Davron, Mukhamedieva Dilnoz, Teshaboyev Mukhammadyahyo, Abdurakhimov Doniyor, Bakhodirov Muzrob, Ziyodullaeva Gulchiroy, Abduraimov Dostonbek
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:BIO Web of Conferences
Online Access:https://www.bio-conferences.org/articles/bioconf/pdf/2023/12/bioconf_vvrd2023_02009.pdf
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author Ziyadullaev Davron
Mukhamedieva Dilnoz
Teshaboyev Mukhammadyahyo
Abdurakhimov Doniyor
Bakhodirov Muzrob
Ziyodullaeva Gulchiroy
Abduraimov Dostonbek
author_facet Ziyadullaev Davron
Mukhamedieva Dilnoz
Teshaboyev Mukhammadyahyo
Abdurakhimov Doniyor
Bakhodirov Muzrob
Ziyodullaeva Gulchiroy
Abduraimov Dostonbek
author_sort Ziyadullaev Davron
collection DOAJ
description The role of variety in the efficient use of fertilizers is enormous. However, most researchers limited their studies to stating the facts about the different productivity of varieties under certain conditions of mineral nutrition. Varieties bear the "imprint" of the conditions in which they are bred. Hence, it is necessary to studythe features of their nutrition, the crop formation, and the quality of products at different forms, doses, ratios, terms and methods of applying mineral fertilizers on various soils of thecultivation zone of a given crop. The main aim of the article is to evaluate soil phases based on the use of a neuro-fuzzy approach. Three soil types were considered: irrigated typical serozem, serozem-meadow soil, and newly irrigated light serozem. A computational experiment was conducted to assess the type of soil, taking into account characteristics such as soil density and humus in percentage terms.
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spelling doaj.art-c78a7fa59b24406faf6b1b7ddc8ac6f12023-09-26T10:10:22ZengEDP SciencesBIO Web of Conferences2117-44582023-01-01670200910.1051/bioconf/20236702009bioconf_vvrd2023_02009Application of the neuro-fuzzy approach to solving problems of soil phases evaluationZiyadullaev Davron0Mukhamedieva Dilnoz1Teshaboyev Mukhammadyahyo2Abdurakhimov Doniyor3Bakhodirov Muzrob4Ziyodullaeva Gulchiroy5Abduraimov Dostonbek6Tashkent Institute of Irrigation and Agricultural Mechanization Engineers National Research UniversityTashkent Institute of Irrigation and Agricultural Mechanization Engineers National Research UniversityAndijan State Medical InstituteGulistan State University, Department of "Applied Mathematics and Information Technologies"Tashkent University of Information Technologies named after Mukhammad al-KhwarizmiTashkent University of Information Technologies named after Mukhammad al-KhwarizmiGulistan State University, Department of "Applied Mathematics and Information Technologies"The role of variety in the efficient use of fertilizers is enormous. However, most researchers limited their studies to stating the facts about the different productivity of varieties under certain conditions of mineral nutrition. Varieties bear the "imprint" of the conditions in which they are bred. Hence, it is necessary to studythe features of their nutrition, the crop formation, and the quality of products at different forms, doses, ratios, terms and methods of applying mineral fertilizers on various soils of thecultivation zone of a given crop. The main aim of the article is to evaluate soil phases based on the use of a neuro-fuzzy approach. Three soil types were considered: irrigated typical serozem, serozem-meadow soil, and newly irrigated light serozem. A computational experiment was conducted to assess the type of soil, taking into account characteristics such as soil density and humus in percentage terms.https://www.bio-conferences.org/articles/bioconf/pdf/2023/12/bioconf_vvrd2023_02009.pdf
spellingShingle Ziyadullaev Davron
Mukhamedieva Dilnoz
Teshaboyev Mukhammadyahyo
Abdurakhimov Doniyor
Bakhodirov Muzrob
Ziyodullaeva Gulchiroy
Abduraimov Dostonbek
Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
BIO Web of Conferences
title Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
title_full Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
title_fullStr Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
title_full_unstemmed Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
title_short Application of the neuro-fuzzy approach to solving problems of soil phases evaluation
title_sort application of the neuro fuzzy approach to solving problems of soil phases evaluation
url https://www.bio-conferences.org/articles/bioconf/pdf/2023/12/bioconf_vvrd2023_02009.pdf
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