针对辣椒类疾病分类的神经联位演算法的方法

Dwi Suci Anggraeni, Arif Widayana, P. Rahayu, Chaerur Rozikin
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引用次数: 2

摘要

在印度尼西亚,辣椒是一种非常重要的蔬菜,既用于国内贸易,也用于出口。除了含有营养成分外,辣椒还具有很高的经济价值。由于辣椒作为一种商品的质量不断提高,经常经历最高的价格波动,有必要对辣椒植物进行分类,以保持辣椒收获的质量,从而使辣椒产量增加。本研究是利用卷积神经网络方法对辣椒植物病害进行分类,有几个设计和实现过程。本研究的目的是协助对辣椒植物的质量进行分类,以期保持辣椒在市场上的质量,防止价格飙升。基于训练数据和试验数据的卷积神经网络辣椒病害分类。为了在分类中形成模型,需要进行训练数据,分类模型使用了3个类别,分别是yellowish, leaf curl和healthy。在训练过程中不包括与单GPU模式下的计算机兼容的训练数据和验证数据,也不包括解释器审查材料,以确定辣椒植物对象的类型,这是难以显著区分的,即出现在网络上的分类标签的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metode Algoritma Convolutional Neural Network pada Klasifikasi Penyakit Tanaman Cabai
In Indonesia, chili is a very important vegetable, which is consumed for domestic trade as well as for export. In addition to containing nutrients, chili also has a high economic value. Due to the increasing quality of chili as a commodity that often experiences the highest price fluctuations, it is necessary to classify chili plants to maintain the quality of chili harvests so that chili production can increase. This research is a classification of chili plant diseases using the convolutional neural network method, with several design and implementation processes. The purpose of this research is to assist in classifying the quality of chili plants in the hope of maintaining the quality of chili in the market and preventing the price spikes. Classification of chili plant diseases using a convolutional neural network based on train data and test data. To form a model in the classification, training data needs to be carried out and there are 3 categories used for the classification model, namely yellowish, leaf curl, and healthy. Training data compatible with computers in single GPU mode and validation data are not included in the training process as well as interpreter review materials to determine the type of chili plant object that is difficult to distinguish significantly, namely the results of the classification label that appears on the network.
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