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首页> 外文期刊>International Journal of Engineering Trends and Technology >One Versus All Strategies of Multiclass SVM in Modeling Agarwood Oil Quality Classification
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One Versus All Strategies of Multiclass SVM in Modeling Agarwood Oil Quality Classification

机译:一个与Multiclass SVM的所有策略相模拟agarwood石油质量分类

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Agarwood oil is one of the most beneficial oil to the world community with a high demand. It is beneficial due to the variety of usages such as incense, traditional medicine, and perfumes. However, there has been a lack of research on the development of agarwood oil because there is no any standard grading model of agarwood oil was implemented. As a solution forms, it is very important to come out with a standard of quality classification model for agarwood oil grading’s. By continuing of the research for the development of this standard, specific algorithm function has been used to make sure the ability of this model is totally not in doubt. Support vector machine (SVM) has been chosen as a main model and for the specific function algorithm that has been chosen was multiclass function. Then, in the function, the one versus all (OVA) strategies has been used to make multiclass work and can be applied on SVM. The analysis work has involving the data taken from the previous researcher that consists of four classes of agarwood oil quality’s samples which are low, medium low, medium high and high quality. So, the output was the classification of quality between low, medium low, medium high or high quality while the input was the abundances (%) of compounds. The desk research has been conducted by using MATLAB software version r2020a for the simulation platform. The result showed that the model by using multiclass function has pass the performance criteria standard. The verdict in this research for sure will be valuable for the future research works of agarwood oil areas, especially quality classification part.
机译:阿加伍德油是世界界最有益的油,需求量很高。由于诸如香火,传统医学和香水等各种用法,这是有益的。然而,由于没有实施Agarwood油的任何标准分级模型,缺乏对伞状油的发展的研究。作为解决方案形式,对伞形石油分级的标准质量分类模型非常重要。通过继续研究本标准的发展,已经使用了特定的算法功能来确保该模型的能力完全没有疑问。已选择支持向量机(SVM)作为主要模型,并且对于已选择的特定功能算法是多字符函数。然后,在该功能中,与所有(OVA)策略用于制作多键工作,可以应用于SVM。分析工作涉及从以前的研究人员所采取的数据,该研究包括四类伞形油质的样品,中低,中高,高品质。因此,输出是低,中低,中高或高质量之间的质量分类,而输入是化合物的丰富(%)。通过使用MATLAB软件版R2020A进行仿真平台进行了桌面研究。结果表明,该模型通过使用多字符函数已通过性能标准标准。这项研究中的判决肯定会对阿加伍德石油区的未来研究作品,特别是质量分类部分有价值。

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