Classification of Fruit Diseases Using Hybrid Deep Learning Model

Authors

  • Tella.Sunitha, M.Suresh, N.Srinu, K.Navaz, P.Anitha

DOI:

https://doi.org/10.17762/msea.v69i1.1636

Abstract

Using the Raspberry Pi board and the Mixture Profound Learning, we examine the paper regarding the standard item grouping and quality maintenance. India has a predominately agro-based economy, with farming serving as the main source of income for the nation's farmers, who are referred to as its foundation. Farmers are known to employ a variety of methods, and because of a lack of training, they are still far from establishing the high level specific farming apparatuses. We are putting forth a low-cost, reliable natural item quality maintenance device that will be useful to farmers and our regular item sellers. In this paper, natural item acknowledgment depiction and arrangement have been finished employing simulated intelligence and embedded. We focused on the natural item acknowledgment by methods such tensor stream classifier and Bunny flood classifier . We arranged the natural item classifier by using Profound Learning thoughts and got the pre-arranged classifier to recognize and sort the natural items with quality. The electronic parts used here are Raspberry Pi. As opposed to raspberry pi, the PC with Linux working system (Ubuntu) can be used. Through picture taking care of and computer based intelligence computations we perceive the kind of results of the dirt quality. A sound insistence is given about the unmistakable evidence of the sort of normal item while dealing with the regular item for packaging. In extra improvement we can encourage a robot which can be used to seclude the unrefined and prepared natural items with the help of ID estimation used in this undertaking.

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Published

2023-01-14

How to Cite

Tella.Sunitha, M.Suresh, N.Srinu, K.Navaz, P.Anitha. (2023). Classification of Fruit Diseases Using Hybrid Deep Learning Model. Mathematical Statistician and Engineering Applications, 69(1), 257–267. https://doi.org/10.17762/msea.v69i1.1636

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Section

Articles