模糊逻辑在感官测试中的应用(以鱼线产品为例)

Alfredo Tutuhatunewa
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引用次数: 0

摘要

本研究旨在运用模糊逻辑消除感官品质评价的不确定性。以安汶市为例,对鱼线产品进行了质量检测。这种感官质量评价本质上是语言性质的,因此变量和参数的确定是不确定的。由于所使用的变量和参数的不确定性,可以采用的一种方法是使用模糊逻辑。模糊逻辑的基础是模糊集合理论。在模糊集合理论中,隶属度作为集合中元素存在的行列式的作用是非常重要的。结果表明,模糊逻辑可以减少感官分析中的不确定性。鱼线的质量在4.12的真实值。因此,消费者普遍认为鱼线的质量是好的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of fuzzy logic in organoleptic tests (case study on fish floss products)
This research aims to eliminate uncertainty due to organoleptic quality assessment, with the application of fuzzy logic. A case study was carried out by measuring the quality of fish floss products in Ambon city. This organoleptic quality assessment is linguistic in nature, so the variables and parameter determination are uncertain. Because of the uncertainty of the variables and parameters used, one method that can be applied is to use fuzzy logic. The basis of fuzzy logic is the fuzzy set theory. In fuzzy set theory, the role of the degree of membership as a determinant of the existence of elements in a set is very important. The results indicate that fuzzy logic can be used to reduce uncertainty in the organoleptic analysis. The quality of fish floss is at the real value of 4.12. Thus, consumers generally assume that the quality of fish floss is good.
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