Enhancing sugarcane disease classification with ensemble deep learning: A comparative study with transfer learning techniques.

Abstract

Deep learning practices in the agriculture sector can address many challenges faced by the farmers such as disease detection, yield estimation, soil profile estimation, etc. In this paper, disease classification for the sugarcane plant and the experimentation involved thereby is thoroughly discussed. Experimental results include the performances of the well-known existing transfer learning techniques and proposed ensemble deep learning based architecture that incorporates stack ensemble of two networks with one having level-wise spatial attention helping to provide better generalization. A Self-created database of sugarcane leaf diseases is introduced to the research community through this paper. It involves 5 categories with a total of 2569 images. Here, it is observed that best performing transfer learning method, MobileNet-V2 shows an accuracy of around 84% with the lowest number of parameters whereas ensemble model reaching to 86.53% with less epochs and with acceptable number of parameters.

Plant phenotyping relevance

サトウキビ葉の病害状態を画像から分類する深層学習手法を比較・提案し、独自画像データセットも構築しているため、植物表現型取得・解析手法が中心である。

Code and data availability

The paper introduces a self-created sugarcane leaf disease dataset (2569 images, 5 classes) deposited on Mendeley Data (DOI 10.17632/9424skmnrk.1), which is a paper-specific public phenotype image dataset. However, no Mendeley URL is present among the allowed_urls, so no actionable public URL can be provided; the Data

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