Big Data Analytics-Based Agro Advisory System for Crop Recommendation Using Spark Platform

Big Data Analytics-Based Agro Advisory System for Crop Recommendation Using Spark Platform

DOI: 10.4018/978-1-6684-7105-0.ch012
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Abstract

The advancements in science and technology have led to the generation of colossal data in the agricultural sector as a result of which has entered the world of big data. Big data analytics is the solution to store and analyze such large amounts of data to improve productivity in agricultural practices. Hence, the purpose of this research work is to develop a big data recommendation framework that enables farmers to choose the right crops considering the location-specific parameters. The location-specific weather parameters, soil parameters crop characteristics, and demand for the agricultural product in the previous years are considered in the work. The proposed recommendation model is based on the Spark framework that accepts the soil data in real-time analyses along with weather and pricing data by applying artificial neural networks and suggesting a suitable crop for the field conditions. The chapter prioritizes developing an application useful for farmers, agriculture officers, and researchers to provide efficient crop recommendations.
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Potential Of Big Data Analytics

Big data analytics comprises all the procedures and technologies required for knowledge discovery, including data extraction, transformation, loading, and analysis, as well as particular tools, methodologies, and approaches for delivering results to decision-makers (Osman, 2019). Big data analytics offers an opportunity to expand standard information extraction methodologies into new realms. This opportunity prompted researchers and technology vendors to create sophisticated platforms, frameworks, and algorithms to address the big data challenges.

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