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Methods for Assessing Pathogen Infections against a Plant using HQI(hit quality index)-voting Algorithm

机译:基于HQI(投票质量指数)投票算法的植物病原菌感染评估方法

摘要

The present invention provides a recording medium storing a computer program for analysis of pathogen infections of plants, which includes a program capable of executing the following process, and an analysis method for pathogen infections of plants using the same (A) a library module in which information on spectral spectra of normal plant samples and pathogen infected plant samples is input; (b) a process module for comparing a spectral spectrum of an unknown plant sample with an spectral spectrum in the library, said process being performed through the following equation:Equation 1 Where A is the spectrum of the target plant sample, L is the spectrum present in the library and n is the number of wavenumber or wavelength of the measured spectrum; And (c) a voting module using a hit quality index (HQI) value derived from the process module. The analysis method of the present invention using the above algorithm can detect virus infection very easily and quickly with a low discrimination error rate. Therefore, the HQI-voting algorithm of the present invention and the method using the HQI-voting algorithm can be effectively applied to crops, especially vegetable crops, which are greatly damaged by virus infection.
机译:本发明提供一种记录介质,其存储有用于分析植物的病原体感染的计算机程序,其包括能够执行以下处理的程序,以及使用该程序的植物的病原体感染的分析方法(A),其中,库模块为输入正常植物样品和病原体感染植物样品的光谱信息; (b)用于将未知植物样品的光谱与库中的光谱进行比较的处理模块,所述处理通过以下等式进行:等式1 其中A是目标的光谱植物样品,L是存在于谱库中的光谱,n是所测光谱的波数或波长数;并且(c)使用从处理模块导出的命中质量指数(HQI)值的投票模块。使用上述算法的本发明的分析方法可以非常容易且快速地以低的鉴别错误率检测病毒感染。因此,本发明的HQI投票算法和使用HQI投票算法的方法可以有效地应用于被病毒感染严重破坏的作物,特别是蔬菜作物。

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