折叠自行车潜在买家预测模型

Trianggoro Wiradinata
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引用次数: 0

摘要

大流行期间骑自行车运动的趋势导致一些商店的自行车库存增加,甚至短缺。这一现象引起了自行车行业和政府的关注,并为这一趋势提供了必要的应对措施。尽管这是一种趋势,但许多潜在买家仍然对自己的选择感到困惑。市场上卖得最多的自行车类型是折叠自行车、山地车和赛车。研究数据来自印度尼西亚爪哇岛主要城市各自行车社区的242名自行车使用者。使用的一些预测因素是年龄、性别、身高、体重和骑行速度。目标变量是自行车的类型,其数据是分类的。预测变量由标称变量和序数变量组成,因此需要使用Python的Sklearn库进行预处理。为了检验模型的准确性,将数据分解为训练数据和测试数据,测试规模为20%。使用了几种方法来形成分类模型,包括K-NN、朴素贝叶斯、支持向量机、决策树和随机森林。分类模型评价结果表明,支持向量机和决策树的准确率最高,达到90%,而朴素贝叶斯的准确率最低,为73%。所形成的模型可以为潜在的自行车购买者提供预测工具,以便能够选择合适的自行车类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Folding Bicycle Prospective Buyer Prediction Model
The trend of bicycle exercise during the pandemic has resulted in increased sales and even scarcity of bicycle stock in some shops. The phenomenon has raised attention from both the bicycle industry and government to provide necessary responses toward the trends. Even though it is a trend, many prospective buyers are still confused about their choices. The types of bicycles that sell the most on the market are folding bikes, mountain bikes, and racing bikes. The research data were collected from 242 bicycle users who came from various bicycle communities in major cities of Java Island, Indonesia. Some of the predictors used were age, gender, height, weight, and cycling speed. The target variable is the type of bicycle whose data is categorical. Predictor variables consist of nominal and ordinal variables, so preprocessing needs to be done using Python's Sklearn library. To test the accuracy of the model, the data was broken down into training data and test data with a test size of 20%. Several methods are used to form a classification model, including K-NN, Naive Bayes, Support Vector Machine, Decision Tree, and Random Forest. The results of the classification model evaluation show that the Support Vector Machine and Decision Tree have the highest accuracy of 90%, while Naive Bayes has the lowest accuracy of 73%. The model formed can be a predictive tool for potential bicycle buyers in order to be able to choose the right type of bicycle.
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