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Build and evaluate several machine learning algorithms to predict credit risk.
Predict Health Insurance Owners' who will be interested in Vehicle Insurance
NTI-Final-Assignment Use flask(python) and shiny dashboard (R) to build simple user interface to see how choosing classification model may affect prediction accuracy, using Customer Churn Dataset.
Developed Machine Learning Models to Predict Credit Risk
Prediction module for Tumor Teller - primary tumor prediction system
Different Techniques to Handle Imbalanced Data Set
The aim of this project is to predict fraudulent credit card transactions with the help of different machine learning models.
We'll use Python to build and evaluate several machine learning models to predict credit risk. Being able to predict credit risk with machine learning algorithms can help banks and financial institutions predict anomalies, reduce risk cases, monitor portfolios, and provide recommendations on what to do in cases of fraud.
To evaluate the performance of supervised machine learning models to make a written recommendation on whether they should be used to predict credit risk.
Predict Health Insurance Owners who will be interested in Vehicle Insurance
Credit risk is an inherently unbalanced classification problem, as the number of good loans easily outnumber the number of risky loans. I employed Machine Learning techniques to train and evaluate models with unbalanced classes. I used imbalanced-learn and scikit-learn libraries to build and evaluate models using resampling. I also evaluated the performance of these models and made a recommendation on whether they should be used to predict credit risk.
Python and sklearn are used to build and evaluate multiple machine learning models to predict credit risk.
Credit_Risk_Analysis using Machine Learning
Utilizing data preparation, statistical reasoning, and supervised machine learning to solve a real-world challenge: credit card risk.
Utilized several machine learning models to predict credit risk using Python's imbalanced-learn and scikit-learn libraries
Use different techniques to train and evaluate different machine learning models to predict credit risk with unbalanced classes
Credit Worthyness Analysis using Linear Regression
Using various techniques to train and evaluate a model based on loan risk. Also, using a dataset of historical lending activity from a peer-to-peer lending services company to build a model that can identify the creditworthiness of borrowers.
Analysis using RandomOverSampler, SMOTE algorithm, ClusterCentroids algorithm, SMOTEENN algorithm, and machine learning models BalancedRandomForestClassifier and EasyEnsembleClassifier.
Machine learning models for predicting credit risk in LendingClub dataset.
Supervised Learning..Build/Evaluate Machine algorithms to predict credit risk
Over- and under-sampled data using four algorithms and compared two machine learning models that reduce bias to identify the most reliable credit risk prediction model.
We used a dataset that included birth and personal data as well as Autism Spectrum Quotient test scores to train machine learning algorithms to predict autism. We used Logistic Regression, Neural Network Models and Keras Tuner with Random Oversampling to train one with 90% accuracy.
Built and evaluated variety of supervised machine learning algorithms to predict credit risk.
Build and evaluate several machine learning algorithms by resampling models to predict credit risk.
Data Science Major Project Completed in IT Vedant Institute using Machine learning algorithms
Identifying rare event.
I am asked to resample the credit card data since it is not balanced. First, I start to split the data and perform oversampling with RandomOverSampler and SMOTE method, and I undersample with ClusterCentroids algorithm. Then, I utilize the SMOTEENN method to oversample and undersample the data. Finally, I used ensemble models.
Analyze several machine learning algorithms to predict credit risk.
Logistic regression model with train_test_split data
Today there are no certain methods by using which we can predict whether there will be rainfall today or not. Even the meteorological department’s prediction fails sometimes. In this project, I learn how to build a machine learning model which can predict whether there will be rainfall today or not based on some atmospheric factors.
Today there are no certain methods by using which we can predict whether there will be rainfall today or not. Even the meteorological department’s prediction fails sometimes. In this project, I learn how to build a machine learning model which can predict whether there will be rainfall today or not based on some atmospheric factors.
Objective: Address the classification problem behind predicting credit risk
This project trains and avaluates machine learning model to identify creditworthiness of borrowers and classify credit risk predictions for a peer-to-peer lending services company.