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Profit Prediction Using Regression Model for Travel Agents

机译:基于回归模型的旅行社利润预测

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Public interest in the air transport by aircraft occurs year by year is increasing, so this opportunity can be exploited by travel agents to improve transactions and corporate profits. The increase is proportional to the number of transactions from the sale of flight tickets to conventionally processed by travel agents and is not used anymore. Airline ticket sales history data from various airlines and destinations stored over the years can be described, identified factors that affect profitability, and make predictions. This paper provides the processing of the visualization of transaction data and prediction model using regression methods on flight ticket sales on travel agents. The real data are used to predict the profit with predictive analytics. The regression methods that used linear regression, multilayer perceptron (MLP), and M5 Model (M5P). The Visualization was building into a dashboard to analyze the situation of the data using Power BI. The experiment was using Wakaito Environment for Knowledge Analysis (WEKA) to get the best prediction model. All of the three techniques that build provide the best model for prediction. The model is validated by k-folds cross validation, with the value of k being 10. Then evaluated by its performance with the smallest error on Root Relative Square Error (RRSE). The smallest value of RRSE is 4.63% that generated using MLP. This paper explains about how to estimate profit using the best model from the available data.
机译:飞机空运的公共利益逐年增加,因此旅行社可以利用这一机会来改善交易和公司利润。该增加与从机票销售到旅行社常规处理的交易数量成正比,因此不再使用。可以描述多年来存储的来自各个航空公司和目的地的机票销售历史数据,确定影响盈利能力的因素并进行预测。本文使用旅行社机票销售的回归方法,提供了交易数据和预测模型的可视化处理。实际数据用于通过预测分析预测利润。使用线性回归,多层感知器(MLP)和M5模型(M5P)的回归方法。可视化已内置到仪表板中,以使用Power BI分析数据情况。实验是使用Wakaito知识分析环境(WEKA)来获得最佳的预测模型。所建立的所有三种技术均提供了最佳的预测模型。通过k倍交叉验证对模型进行验证,其中k的值为10。然后通过其性能对根相对平方误差(RRSE)的最小误差进行评估。使用MLP生成的RRSE的最小值为4.63%。本文解释了如何使用可用数据中的最佳模型来估算利润。

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