Predicting Agricultural Yields Based On Machine Learning Using Regression And Deep Learning

Crops are always in demand in the country, not only for the lives of the people, but also for eco nomic growth, so growing crops is of utmost importance.Using standard technology also increases efficiency and lessens the workload of the farmers.Therefore, in order to increase productivity, it is important to know about soil moisture and types of crops.Each variety of crop and the associated soil requires a particular amount of water, so the project need to make the most of what is available.In order to achieve this, it must utilize modern technology and tools.This paper focuses on an automated irrigation system, i.e., irrigating fields only when they need to be watered, by utilizing machine learning algorithms.Real-time readings of soil moisture, fertility, and pH are sensed through sensors and are available on the system.

Authors

Publication Details

Journal
IJARCCE
Published
2025-10-13
DOI
https://doi.org/10.17148/ijarcce.2025.14941
Primary Topic
Smart Agriculture and AI
Type
article
Field-Weighted Citation Impact
0.00
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article

Predicting Agricultural Yields Based On Machine Learning Using Regression And Deep Learning

J Ashwini, B. Rashmi, H M Anitha Gouthami J
IJARCCE
Smart Agriculture and AI
article

Predicting Agricultural Yields Based On Machine Learning Using Regression And Deep Learning

J Ashwini, B. Rashmi, H M Anitha Gouthami J
article en

Abstract

Crops are always in demand in the country, not only for the lives of the people, but also for eco nomic growth, so growing crops is of utmost importance.Using standard technology also increases efficiency and lessens the workload of the farmers.Therefore, in order to increase productivity, it is important to know about soil moisture and types of crops.Each variety of crop and the associated soil requires a particular amount of water, so the project need to make the most of what is available.In order to achieve this, it must utilize modern technology and tools.This paper focuses on an automated irrigation system, i.e., irrigating fields only when they need to be watered, by utilizing machine learning algorithms.Real-time readings of soil moisture, fertility, and pH are sensed through sensors and are available on the system.

IJARCCEVol. 14(9)
Openalex Percentile: Top 79%
Smart Agriculture and AI
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