SYSTEMATIC REVIEW OF DEEP LEARNING TECHNIQUES IN EGG PLANT DISEASE DETECTION

Abstract

In recent years, researchers have focused on the automated identification of diseases using hyperspectral images, which is one of the most significant and basic difficulties for sustainable farming. The technology and approaches that have been employed up to this point are narrowly focused and entirely dependent on deep learning models. The most efficient technique for detecting and predicting illnesses from Brinjal pictures is convolutional neural networks. The current study examined several of the neural network processing methods already in use with the goal of identifying Brinjal illnesses. In order to handle the given imaging data, a number of deep learning models and architectures, image processing methods, and data gathering sources were first examined. After presenting the findings of the assessment of a number of currently used deep learning models, the study's conclusion included potential future applications of hyperspectral data processing. In order to identify diseases of the brinjal plant and facilitate further study into the wider possibilities of deep learning, this survey aims to enhance system performance and accuracy. Numerous image sensors and data collection devices were analyzed in order to identify plant illnesses. Lastly, we spoke about how deep learning models can do better than humans when it comes to generalization. In order to create an automated end-to-end plant disease management system, we conclude that realistic plant disease analysis will discover a number of crops, their related diseases early in the season, and correct disease severity assessment.

Plant phenotyping relevance

ナス植物の画像から病害を検出・重症度評価する深層学習および画像取得手法を体系的にレビューしており、植物の状態を推定するフェノタイピング手法が中心である。

Code and data availability

This is a systematic review of deep learning techniques for eggplant disease detection. The supplied blocks contain no paper-specific public datasets, images, code, models, or supplements; datasets like PlantVillage and Kaggle 'Pest Dataset' are cited prior-work resources, not assets produced by this paper, and no code

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