Asia Pacific Journal of Information Systems (APJIS)

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Past Issue

Date	June 2024
Vol. No.	Vol. 34 No. 2
DOI	https://doi.org/10.14329/apjis.2024.34.2.565
Page	565~584
Title	Improving Automobile Insurance Repair Claims Prediction Using Gradient Decent and Locationbased Association Rules
Author	Seongsu Jeong, Jong Woo Kim
Keyword	Big Data, Automobile Insurance, Insurance Claim Prediction, Association Rules, Gradient Descent
Abstract	More than 1 million automobile insurance repairs occur per year globally, and the related repair costs add up to astronomical amounts. Insurance companies and repair shops are spending a great deal of money on manpower every year to claim reasonable insurance repair costs. For this reason, promptly predicting insurance claims for vehicles in accidents can help reduce social costs related to auto insurance. Several recent studies have been conducted in auto insurance repair prediction using variables such as photos of vehicle damage. We propose a new model that reflects auto insurance repair characteristics to predict auto insurance repair claims through an association rule method that combines gradient descent and location information. This method searches for the appropriate number of rules by applying the gradient descent method to results generated by association rules and eventually extracting main rules with a distance filter that reflects automobile part location information to find items suitable for insurance repair claims. According to our results, predictive performance could be improved by applying the rule set extracted by the proposed method. Therefore, a model combining the gradient descent method and a location-based association rule method is suitable for predicting auto insurance repair claims.

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