Analisis Citra Kuning Telur Berbasis Ekstraksi Ciri Statistika Orde Satu untuk Mengenali Jenis Telur Ayam Ras dan Ayam Kampung

M. Sipan, Rony Kartika Pramuyanti
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Abstract

Chicken eggs are one of the most familiar side dishes in Indonesia besides tempeh. High protein and low prices make eggs a favorite side dish for the people of Indonesia. Although almost every day we see egg yolks we often can't tell for sure what chicken egg yolks we see. Based on this, the author tries to study egg yolk imagery based on first-order feature extraction using various features such as variance, skewness, carding, entropy, and mean. Statistical calculations are used based on the pixel values of the original image in this first-order texture calculation with the sole purpose of finding the histogram properties of the image. The results of first-order statistical characteristic calculations were used to differentiate between native and purebred chicken eggs. This study facilitates decision making, especially in the selection of accurate and measurable egg yolks from several types of chicken eggs, thereby minimizing public mistakes in choosing eggs based on egg yolks. The first step that can be done is to determine the data consisting of various types of images of free-range chicken egg yolks. These are free-range chicken eggs and purebred chicken eggs. The image is then segmented by separating the yolk and white, then first-order statistical analysis which later the results of these statistical calculations can be used as a reference in determining the type of egg. The results of the trial resulted in first-order feature extraction statistical values, namely for native chickens, the mean value was 132.743, min 69.5255, max 252.5, standard deviation was 29.922 and variance was 905.882. The average value of statistics was order 1 for native chickens. of mean 137,176, min 48, max 240.2, standard deviation 31,454 and variance of 957.89.
基于提取特征的蛋黄图像分析第一个命令,以确定家禽和蛋黄的种类
在印尼,除了豆豉,鸡蛋是人们最熟悉的配菜之一。高蛋白和低廉的价格使鸡蛋成为印尼人最喜欢的配菜。虽然我们几乎每天都能看到蛋黄,但我们常常不能确定我们看到的是什么鸡蛋黄。在此基础上,作者尝试利用方差、偏度、梳理、熵、均值等多种特征,对基于一阶特征提取的蛋黄图像进行研究。在这种一阶纹理计算中,基于原始图像的像素值使用统计计算,其唯一目的是找到图像的直方图属性。一阶统计特征计算结果用于区分本地和纯种鸡蛋。这项研究有助于决策,特别是在从几种鸡蛋中选择准确和可测量的蛋黄时,从而最大限度地减少公众根据蛋黄选择鸡蛋的错误。可以做的第一步是确定由各种类型的散养鸡蛋蛋黄图像组成的数据。这些是散养鸡蛋和纯种鸡蛋。然后通过分离蛋黄和蛋白对图像进行分割,然后进行一阶统计分析,这些统计计算的结果可以作为确定鸡蛋类型的参考。试验结果得到一阶特征提取统计值,即本地鸡的均值为132.743,最小值为69.5255,最大值为252.5,标准差为29.922,方差为905.882。土鸡的统计平均值为1阶。平均值137,176,最小值48,最大值240.2,标准差31,454,方差957.89。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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12
审稿时长
24 weeks
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