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一个优良品种应该具有高产、稳产、优质、低成本的特点,因而使品种的审定工作表现为多目标的决策过程。怎么才能在参与区试的品系中确定一个较切合实际的最佳品种呢?现代数学——模糊数学为我们提供了一个有效工具。本文试图把模糊决策的方法引入到品种审定工作中来,以期实现对参与区域试验的品种进行科学抉择。一、审定品种的方法 (一)确定参与审定的作物品种X记参与审定的品种集X={x1,x2……,xn}。这一过程也就是确定参与区域试验的诸品种的过
A good variety should have the characteristics of high yield, stable yield, high quality and low cost, thus making the variety approval work as a multi-objective decision-making process. How can we determine a more realistic and optimal variety among the participating districts? Modern Mathematics - Fuzzy Mathematics provides us with an effective tool. This article tries to introduce the method of fuzzy decision-making into the work of variety validation in order to realize the scientific choice of the varieties involved in regional trials. First, the method of validation varieties (A) determine the type of crop involved in the validation X X involved in validation of the species set X = {x1, x2 ......, xn}. This process is also to determine the variety of species involved in regional trials before