Supervised Machine Learning and Credit Risk

Perform a Credit Risk Supervised Machin Learning Analysis using scikit-learn and imbalanced-learn libraries.

Extract data provided by lending club, and transform it to be useable by predictive models.

Supervised Machine Learning and Credit Risk

Established a supervised machine learning model trained and tested on credit risk data through a variety of methods to establish credit risk based on a number of factor

Supervised Machine Learning

using machine learning to assess credit risk

Uses several machine learning models to predict credit risk.

Supervised machine learning model to analyze credit risk

Using machine learning to train and evaluate models with unbalanced classes to determine the best models to predict credit risk.

Built, trained and evaluated multiple supervised machine learning algorithms to predict credit risk for loan applicants. Algorithms ran include Random Oversampler, SMOTE, Cluster Centroids, SMOTEENN, Balanced Random Forest Classifier, and Easy Ensemble Classifier.

Data preparation, statistical reasoning and machine learning are used to solve an unbalanced classification problem. Different techniques are employed to train and evaluate models with unbalanced classes.

Using machine learning (ML) models to predict credit risk using data typically analysed by peer-to-peer lending services. Resampling data with SMOTE, Cluster Centroids, SMOTEENN and applying ensemble learning classifiers: Balanced Random Forest Classifier and Easy Ensemble Classifier.

For this analysis, we used computational linguistics and biometrics to systematically identify the trend using various news articles and closing prices using the "CoinGecko CSV & Crypto News API"!

Credit Risk Analysis utilizing imbalanced classification machine learning models

Creating various machine learning models to create the most accurate model to predict credit risk

Supervised Machine Learning and Credit Risk

Supervised Machine Learning Project

About Six different techniques are employed to train and evaluate models with unbalanced classes. Algorithms are used to predict credit risk. Performance of these different models is compared and recommendations are suggested based on results. Topics