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Automatic Classification of South Indian Regional Fruits using Image Processing

机译:使用图像处理对印度南部水果进行自动分类

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Objectives: The main objective of proposed system is to classify different kinds of South Indian regional fruits. The fruits classified based on Extraction of morphological and Fourier features of a fruit image by applying DTNB classifier. Methods/Statistical Analysis: The proposed method is adapted to achieve fruit classification. The digital image of any fruits was given as an input to the system. Background elimination is the first step employed, is given based on the threshold technique. This helps in extracting only the interested pixel regions. Noise of the cropped image was removed; by applying mean filter.Statistical, morphological and Fourier features extracted from the image for the classification Findings: According to the literature survey conducted, most of the researchers used SVM (Support Vector Machine), neural network, KNN classifiers etc. for Automatic classification of fruits. Most of the authors extracted either spatial features or Fourier features for the classification. Very few researchers extracted both spatial and Fourier features to classify the fruit. The proposed method extracts both spatial and Fourier features of the fruits, which are commonly available in south Indian regions. The proposed system uses a hybrid combination of Decision table and Na?ve Bayes classifier to obtain the accuracy of 88.08%. Mat Lab is used for extracting the features of fruit images. There is no sufficient work done on fruit image classification for south Indian image fruits. The results of the proposed work are above the average and found to be satisfactory in classifying the fruits. Application/Improvements: This proposed system further enhanced to recognize the sub categorization of a specific fruits. For example, mango further classified into Banganpalli, Alphonso, etc.
机译:目标:拟议系统的主要目标是对南印度区域水果的不同种类进行分类。应用DTNB分类器根据水果图像的形态和傅立叶特征提取对水果进行分类。方法/统计分析:所提出的方法适用于实现水果分类。任何水果的数字图像都作为系统的输入。基于阈值技术给出了消除背景的第一步。这有助于仅提取感兴趣的像素区域。裁切图像的噪点被消除;从图像中提取统计,形态和傅立叶特征进行分类发现:根据进行的文献调查,大多数研究人员使用SVM(支持向量机),神经网络,KNN分类器等对分类器进行自动分类。水果。大多数作者都提取了空间特征或傅立叶特征进行分类。很少有研究人员同时提取空间特征和傅立叶特征来对果实进行分类。所提出的方法提取了水果的空间特征和傅立叶特征,这在印度南部地区很普遍。所提出的系统使用决策表和朴素贝叶斯分类器的混合组合来获得88.08%的准确性。 Mat Lab用于提取水果图像的特征。对于南印度图像水果,在水果图像分类上还没有完成足够的工作。拟议工作的结果高于平均水平,发现对水果分类令人满意。应用/改进:此提议的系统得到了进一步的增强,可以识别特定水果的子类别。例如,芒果进一步分为Banganpalli,Alphonso等。

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