基于朴素贝叶斯方法的“Udatari”艺术表演市场用户忠诚度预测

N. Er, I. G. G. A. Kadyanan
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引用次数: 0

摘要

Udatari是印度尼西亚第一个传统舞蹈平台,提供有关传统活动的信息,如舞蹈教程,团体舞者和舞蹈属性。在创业公司的激烈竞争中,Udatari作为一个新兴的创业公司需要对应用程序用户进行优化管理。了解忠实用户将帮助初创公司确定正确的营销策略。在本研究中,聚类使用的方法是K-Means方法,该方法试图将现有数据分为几组,前提是每组数据具有相同的特征。聚类过程使用的模型是RFM,即近时性、频率和货币性。聚类的目的是对具有不同客户生命周期价值的用户进行细分。第二种进行分类的方法是Naïve贝叶斯方法,该方法根据过去的经验预测未来的机会。这种分类的目的是从聚类结果中得到的用户细分中预测新的用户。从本研究的结果来看,k - means的最佳k值为3个聚类,其中第二个聚类的CLV值最大,其中使用Silhouette Index对该方法进行测试。此外,对于Naïve贝叶斯方法的测试结果,平均准确率值为97.44%,其中聚类0(第一聚类)的准确率为92.31%,第二聚类为100%,第三聚类为100%。关键词:K-Means, Naïve贝叶斯,忠诚度,分割,RFM
本文章由计算机程序翻译,如有差异,请以英文原文为准。
User Loyalty Prediction Using Naive Bayes Method in "Udatari" an art Performance Marketplace
Udatari is the first traditional dance platform in Indonesia which provides information about traditional events such as, dance tutorials, group dancer and dance attributes. The tight competition in the startup world, requires Udatari as a new startup to manage application users optimally. Knowing loyal users will help startups determine the right marketing strategy. In this study, the method used for clustering is the K-Means method where this method seeks to classify existing data into several groups provided that the data in one group have the same characteristics as each other. The model used for the clustering process is RFM, namely recency, frequency and monetary. The purpose of this clustering is to get the segmentation of users who have different Customer Lifetime Value. The second method for conducting classification is the Naïve Bayes method, where this method predicts future opportunities based on past experiences. The purpose of this classification is to predict new users into the user segmentation obtained from the clustering results. From the results of this study, the optimum k value for K-Means are 3 clusters with the largest CLV value in the second cluster where testing on this method uses the Silhouette Index. Furthermore, for the test results of the Naïve Bayes method, the average accuracy value is 97.44% where the accuracy of each class is 92.31% for cluster 0 (first cluster), 100% for the second cluster and 100% for the third cluster. Keywords: K-Means, Naïve Bayes, Loyalty, Segmentation, RFM
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