Data Mining Techniques for Modelling Seasonal Climate Effects on Grapevine Yield and Wine Quality

S. Shanmuganathan, P. Sallis, A. Narayanan
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引用次数: 15

Abstract

The paper describes ongoing research in data mining techniques investigated for modelling seasonal climate effects on grapevine phenology that determines the ratio of grape berry composition that in turn determines the fineness of wine vintage in addition to winemaker experience and talent. A brief introduction to the literature in this problem domain is followed by a discussion on conventional statistical data analysis methods that looks at the problems in using these methods with only a decade old data, often considered as incomplete in sequence. Data relating to vineyard yield with its coincident seasonal climate change is used in this study to model seasonal climate effects at micro scales i.e., vineyard, using data mining techniques, decision trees and statistical methods. The initial results show potential for predicting future grapevine yield using vineyard data for more specific scenario building than is possible now, using macro climate data.
季节性气候对葡萄产量和葡萄酒质量影响的数据挖掘技术
本文描述了正在进行的数据挖掘技术研究,用于模拟季节性气候对葡萄物候的影响,这决定了葡萄浆果成分的比例,进而决定了葡萄酒年份的精细程度,以及酿酒师的经验和才能。简要介绍了这个问题领域的文献,然后讨论了传统的统计数据分析方法,该方法着眼于使用这些方法时的问题,这些方法只有十年的数据,通常被认为是顺序不完整的。在本研究中,利用数据挖掘技术、决策树和统计方法,利用与葡萄园产量相关的季节性气候变化数据,在微观尺度(即葡萄园)上模拟季节性气候效应。初步结果表明,与目前使用宏观气候数据预测未来葡萄产量相比,使用葡萄园数据预测未来葡萄产量的可能性更大。
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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