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A two-stage predictive machine learning engine that forecasts the on-time performance of flights for 15 different airports in the USA based on data collected in 2016 and 2017.
使用比赛方提供的脱敏数据,进行客户信贷流失预测。
This is an optional model development project on a real dataset related to predicting the different progressive levels of Alzheimer’s disease (AD) with MRI data.
This repository is associated with interpretable/explainable ML model for liquefaction potential assessment of soils. This model is developed using XGBoost and SHAP.
Data analysis, visualization and prediction for the prevention of heart disease using ML 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.
Chapter 12: Data Preparation for Fraud Analytics
Testing 6 different machine learning models to determine which is best at predicting credit risk.
Using the imbalanced-learn and Scikit-learn libraries to build and evaluate machine learning models.
Future Ready Talent Project Submission.Using Azure ML Studio to predict the income of individuals, based on their age, race, education, residence city, etc. Used the adult census dataset
Multi-class Classification - License Status Prediction
Credit risk is an inherently unbalanced classification problem, as good loans easily outnumber risky loans. Therefore, we needed to employ different techniques to train and evaluate models with unbalanced classes. Jill asks us to use imbalanced-learn and scikit-learn libraries to build and evaluate models using resampling
Predicts if a patient will show up at a scheduled appointment based on certain features.
Detect Fraudulent Credit Card transactions using different Machine Learning models
Built a model to determine the risk associated with extending credit to a borrower. Performed Univariate and Bivariate exploration using various methods such as pair-plot and heatmap to detect outliers and to monitor the behaviour and correlation of the features. Imputed the missing values using KNN Imputer and implemented SMOTE to address the imbalanced data. Trained the model using KNN, Decision Trees, Logistic Regression and Random Forest to achieve the best accuracy of 93%.
using machine learning to assess credit risk
Supervised Machine Learning and Credit Risk
This repository contains the resources and codebase for a research project aimed at predicting breast cancer cases using data from the KNUST hospital.
Utilized several machine learning models to predict credit risk using Python's imbalanced-learn and scikit-learn libraries
Kyphosis disease prediction using Fully Connected Neural Networks (FCNNs) model and XGBoost model with GridSearchCV
Survival prediction using Four Different kind of algorithms and optimizing the dataset using PCA and SMOTE
A Deep Learning analysis to predict success of charity campaigns
Battery analysis project
improving correct classification of class with less representation
Data preparation, Statistical reasoning, Machine Learning
Uses several machine learning models to predict credit risk.
Supervised Machine Learning Project
solution https://www.kaggle.com/datasets/mlg-ulb/creditcardfraud. Xgboost is an efficient method of gradient boosting that makes a random initial prediction then calculates similarity scores and gain to build the trees and decrease the gap between the actual value and the predicted value.Gridsearch was used to get the best parameters tuning.
This project predicts hotel booking cancellations using Machine Learning techniques, benefiting both travelers and hotels.
Handling Imbalanced Data Sets
Here is the repository for sharing jupyter notebooks discussed in 'AI-1402' class.
Creating various machine learning models to create the most accurate model to predict credit risk