An interactive web application developed with Streamlit, designed for making predictions using various machine learning models. The app dynamically generates forms and pages from JSON configuration files. ⭐ If you found this helpful, consider starring the repo!
This project utilizes a Random Forest Classifier for binary classification, which is effective for structured data and allows us to evaluate feature importance. Random Forest is suitable for this problem because it handles various customer data types (e.g., demographics, account details, and service usage) and helps identify key factors contributing to churn. The model provides a clear, interpretable outcome, highlighting the primary attributes associated with churn behavior.
[x] I have thoroughly reviewed and updated the requirements.txt file to include any new packages
[x] The predict.py file includes a properly implemented model_details() function, or the notebook contains this function to print a detailed model report. The model will not be accepted without this function, as it is essential for generating the necessary model details.
[x] I have added relevant tests (if necessary).
[x] I have added comments in the code where needed.
[x] This PR is submitted under Hacktoberfest.
[x] This PR is submitted under GirlScript Summer of Code (GSSoC-Extd).
Description
This project utilizes a Random Forest Classifier for binary classification, which is effective for structured data and allows us to evaluate feature importance. Random Forest is suitable for this problem because it handles various customer data types (e.g., demographics, account details, and service usage) and helps identify key factors contributing to churn. The model provides a clear, interpretable outcome, highlighting the primary attributes associated with churn behavior.
Issue Resolved
205
Changes Made
Added the main.py, dataset.csv and readme file
Screenshots or Videos
Additional Details
Checklist
requirements.txt
file to include any new packagespredict.py
file includes a properly implementedmodel_details()
function, or the notebook contains this function to print a detailed model report. The model will not be accepted without this function, as it is essential for generating the necessary model details.