Required fields are marked *. Taking a look at the distribution of claims per record: This train set is larger: 685,818 records. An inpatient claim may cost up to 20 times more than an outpatient claim. Implementing a Kubernetes Strategy in Your Organization? 1 input and 0 output. Currently utilizing existing or traditional methods of forecasting with variance. This research study targets the development and application of an Artificial Neural Network model as proposed by Chapko et al. Supervised learning algorithms learn from a model containing function that can be used to predict the output from the new inputs through iterative optimization of an objective function. Whats happening in the mathematical model is each training dataset is represented by an array or vector, known as a feature vector. Neural networks can be distinguished into distinct types based on the architecture. Accuracy defines the degree of correctness of the predicted value of the insurance amount. Medical claims refer to all the claims that the company pays to the insureds, whether it be doctors consultation, prescribed medicines or overseas treatment costs. For some diseases, the inpatient claims are more than expected by the insurance company. According to Kitchens (2009), further research and investigation is warranted in this area. The diagnosis set is going to be expanded to include more diseases. Comments (7) Run. Machine Learning for Insurance Claim Prediction | Complete ML Model. In this article, we have been able to illustrate the use of different machine learning algorithms and in particular ensemble methods in claim prediction. Each plan has its own predefined . According to Kitchens (2009), further research and investigation is warranted in this area. Claim rate is 5%, meaning 5,000 claims. In this challenge, we built a Regression Model to predict health Insurance amount/charges using features like customer Age, Gender , Region, BMI and Income Level. 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A tag already exists with the provided branch name. Insurance companies apply numerous techniques for analyzing and predicting health insurance costs. On outlier detection and removal as well as Models sensitive (or not sensitive) to outliers, Analytics Vidhya is a community of Analytics and Data Science professionals. necessarily differentiating between various insurance plans). In the next part of this blog well finally get to the modeling process! Most of the cost is attributed to the 'type-2' version of diabetes, which is typically diagnosed in middle age. Now, lets also say that weve built a mode, and its relatively good: it has 80% precision and 90% recall. ), Goundar, Sam, et al. Achieve Unified Customer Experience with efficient and intelligent insight-driven solutions. The website provides with a variety of data and the data used for the project is an insurance amount data. Challenge An inpatient claim may cost up to 20 times more than an outpatient claim. The model predicts the premium amount using multiple algorithms and shows the effect of each attribute on the predicted value. Then the predicted amount was compared with the actual data to test and verify the model. The main issue is the macro level we want our final number of predicted claims to be as close as possible to the true number of claims. As a result, we have given a demo of dashboards for reference; you will be confident in incurred loss and claim status as a predicted model. an insurance plan that cover all ambulatory needs and emergency surgery only, up to $20,000). The goal of this project is to allows a person to get an idea about the necessary amount required according to their own health status. arrow_right_alt. needed. It is based on a knowledge based challenge posted on the Zindi platform based on the Olusola Insurance Company. This research focusses on the implementation of multi-layer feed forward neural network with back propagation algorithm based on gradient descent method. The first part includes a quick review the health, Your email address will not be published. Pre-processing and cleaning of data are one of the most important tasks that must be one before dataset can be used for machine learning. Predicting the Insurance premium /Charges is a major business metric for most of the Insurance based companies. It would be interesting to see how deep learning models would perform against the classic ensemble methods. (2017) state that artificial neural network (ANN) has been constructed on the human brain structure with very useful and effective pattern classification capabilities. Where a person can ensure that the amount he/she is going to opt is justified. Take for example the, feature. Description. There are two main methods of encoding adopted during feature engineering, that is, one hot encoding and label encoding. Example, Sangwan et al. The dataset is comprised of 1338 records with 6 attributes. Now, lets understand why adding precision and recall is not necessarily enough: Say we have 100,000 records on which we have to predict. Goundar, Sam, et al. These decision nodes have two or more branches, each representing values for the attribute tested. Insurance Claim Prediction Problem Statement A key challenge for the insurance industry is to charge each customer an appropriate premium for the risk they represent. So, without any further ado lets dive in to part I ! The first step was to check if our data had any missing values as this might impact highly on all other parts of the analysis. The models can be applied to the data collected in coming years to predict the premium. Fig. A building without a fence had a slightly higher chance of claiming as compared to a building with a fence. The full process of preparing the data, understanding it, cleaning it and generate features can easily be yet another blog post, but in this blog well have to give you the short version after many preparations we were left with those data sets. As a result, the median was chosen to replace the missing values. Gradient boosting is best suited in this case because it takes much less computational time to achieve the same performance metric, though its performance is comparable to multiple regression. A building without a garden had a slightly higher chance of claiming as compared to a building with a garden. The data included various attributes such as age, gender, body mass index, smoker and the charges attribute which will work as the label. Goundar, S., Prakash, S., Sadal, P., & Bhardwaj, A. Artificial neural networks (ANN) have proven to be very useful in helping many organizations with business decision making. It is very complex method and some rural people either buy some private health insurance or do not invest money in health insurance at all. Two main types of neural networks are namely feed forward neural network and recurrent neural network (RNN). Claims received in a year are usually large which needs to be accurately considered when preparing annual financial budgets. The prediction will focus on ensemble methods (Random Forest and XGBoost) and support vector machines (SVM). To do this we used box plots. According to Zhang et al. The main aim of this project is to predict the insurance claim by each user that was billed by a health insurance company in Python using scikit-learn. Grid Search is a type of parameter search that exhaustively considers all parameter combinations by leveraging on a cross-validation scheme. And, to make thing more complicated each insurance company usually offers multiple insurance plans to each product, or to a combination of products. Early health insurance amount prediction can help in better contemplation of the amount needed. In medical insurance organizations, the medical claims amount that is expected as the expense in a year plays an important factor in deciding the overall achievement of the company. 2021 May 7;9(5):546. doi: 10.3390/healthcare9050546. This sounds like a straight forward regression task!. This involves choosing the best modelling approach for the task, or the best parameter settings for a given model. In this learning, algorithms take a set of data that contains only inputs, and find structure in the data, like grouping or clustering of data points. Many Git commands accept both tag and branch names, so creating this branch may cause unexpected behavior. Maybe we should have two models first a classifier to predict if any claims are going to be made and than a classifier to determine the number of claims, or 2)? The size of the data used for training of data has a huge impact on the accuracy of data. arrow_right_alt. Based on the inpatient conversion prediction, patient information and early warning systems can be used in the future so that the quality of life and service for patients with diseases such as hypertension, diabetes can be improved. We utilized a regression decision tree algorithm, along with insurance claim data from 242 075 individuals over three years, to provide predictions of number of days in hospital in the third year . Adapt to new evolving tech stack solutions to ensure informed business decisions. A tag already exists with the provided branch name. The network was trained using immediate past 12 years of medical yearly claims data. Test data that has not been labeled, classified or categorized helps the algorithm to learn from it. The final model was obtained using Grid Search Cross Validation. The health insurance data was used to develop the three regression models, and the predicted premiums from these models were compared with actual premiums to compare the accuracies of these models. In this case, we used several visualization methods to better understand our data set. insurance claim prediction machine learning. These actions must be in a way so they maximize some notion of cumulative reward. 99.5% in gradient boosting decision tree regression. Medical claims refer to all the claims that the company pays to the insureds, whether it be doctors consultation, prescribed medicines or overseas treatment costs. We found out that while they do have many differences and should not be modeled together they also have enough similarities such that the best methodology for the Surgery analysis was also the best for the Ambulatory insurance. insurance field, its unique settings and obstacles and the predictions required, and describes the data we had and the questions we had to ask ourselves before modeling. Various factors were used and their effect on predicted amount was examined. Many Git commands accept both tag and branch names, so creating this branch may cause unexpected behavior. And its also not even the main issue. "Health Insurance Claim Prediction Using Artificial Neural Networks.". This amount needs to be included in DATASET USED The primary source of data for this project was . Figure 4: Attributes vs Prediction Graphs Gradient Boosting Regression. In this challenge, we built a Regression Model to predict health Insurance amount/charges using features like customer Age, Gender , Region, BMI and Income Level. How can enterprises effectively Adopt DevSecOps? BSP Life (Fiji) Ltd. provides both Health and Life Insurance in Fiji. Backgroun In this project, three regression models are evaluated for individual health insurance data. In neural network forecasting, usually the results get very close to the true or actual values simply because this model can be iteratively be adjusted so that errors are reduced. Decision on the numerical target is represented by leaf node. (2013) that would be able to predict the overall yearly medical claims for BSP Life with the main aim of reducing the percentage error for predicting. The real-world data is noisy, incomplete and inconsistent. The main application of unsupervised learning is density estimation in statistics. A research by Kitchens (2009) is a preliminary investigation into the financial impact of NN models as tools in underwriting of private passenger automobile insurance policies. Dyn. Model giving highest percentage of accuracy taking input of all four attributes was selected to be the best model which eventually came out to be Gradient Boosting Regression. provide accurate predictions of health-care costs and repre-sent a powerful tool for prediction, (b) the patterns of past cost data are strong predictors of future . ). (2016), ANN has the proficiency to learn and generalize from their experience. This amount needs to be included in the yearly financial budgets. Data. Fig 3 shows the accuracy percentage of various attributes separately and combined over all three models. (2016), neural network is very similar to biological neural networks. Other two regression models also gave good accuracies about 80% In their prediction. 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