High Utility Item-set Mining from retail market data stream with various discount strategies

IF 0.6 Q4 COMPUTER SCIENCE, SOFTWARE ENGINEERING International Journal of Software Innovation Pub Date : 2022-01-01 DOI:10.4018/ijsi.297986
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Abstract

High Utility Item-set Mining (HUIM) is the futuristic remodel version of Frequent Item Mining (FIM). It has the ability to discover customer purchase trends in the retail market. By using that knowledge, retailers can incorporate innovative schemes (discounts, cross-marketing, seasonal sales offers,... etc) to enhance profit. Even though many HUIM algorithms are proposed to detect profitable patterns, most of them cannot be applied to all kinds of retail market data sets due to certain assumptions. The first assumption is that the items always produce a positive profit. But in reality, even though overall profit could be positive, some of the items make negative profit. The second one is they are developed for static transactional data. Those are useful to take decisions at some intervals like quarterly, half-yearly, yearly. But, to take decisions at any time by analyzing the present sales trend, it is required to process the data stream.
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基于多种折扣策略的零售市场数据流的高效用项目集挖掘
高效用物品集挖掘(HUIM)是频繁物品挖掘(FIM)的未来主义改造版本。它有能力发现客户在零售市场的购买趋势。通过使用这些知识,零售商可以结合创新方案(折扣、交叉营销、季节性销售优惠等)。等)来增加利润。尽管提出了许多HUIM算法来检测盈利模式,但由于某些假设,大多数算法并不能适用于各种零售市场数据集。第一个假设是项目总是产生正利润。但实际上,尽管总体利润可能是正的,但有些项目的利润是负的。第二,它们是为静态事务性数据开发的。这些对每隔一段时间做决定很有用,比如每季度、每半年、每年。但是,要通过分析当前的销售趋势随时做出决策,就需要对数据流进行处理。
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来源期刊
International Journal of Software Innovation
International Journal of Software Innovation COMPUTER SCIENCE, SOFTWARE ENGINEERING-
CiteScore
1.40
自引率
0.00%
发文量
118
期刊介绍: The International Journal of Software Innovation (IJSI) covers state-of-the-art research and development in all aspects of evolutionary and revolutionary ideas pertaining to software systems and their development. The journal publishes original papers on both theory and practice that reflect and accommodate the fast-changing nature of daily life. Topics of interest include not only application-independent software systems, but also application-specific software systems like healthcare, education, energy, and entertainment software systems, as well as techniques and methodologies for modeling, developing, validating, maintaining, and reengineering software systems and their environments.
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