💡[Feature]: Retail Price Optimization Model

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Feature Description

Hello,

I would like to propose the addition of a Retail Price Optimization Machine Learning Model to this repository. This model leverages historical sales data, product attributes, and unstructured data (like text and images) to dynamically optimize retail pricing in real-time. It uses a machine learning algorithm (such as Random Forest or XGBoost) to process numerous pricing scenarios and determine the optimal price to maximize sales and profits.

Please assign this to me under gssoc , hacktoberfest . I hope you will assign a appropriate level to me . please do consider sir

Thank you

Use Case

Use Case:

A retailer wants to maximize profits and remain competitive by optimizing product prices in real-time. Using machine learning, the retailer analyzes historical sales data, product features, and market trends to dynamically adjust pricing, ensuring increased sales, improved profit margins, and better customer satisfaction.

Benefits

The importance of this model lies in its potential to help businesses, especially retailers, adapt to the highly competitive and price-sensitive environment. Dynamic pricing is key in industries like e-commerce, where giants like Amazon have already seen significant returns by integrating machine learning for pricing optimization. This model could be an excellent addition, aiding companies in boosting ROI and efficiency.

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Here’s a short step-by-step process for completing this :

Data Collection: Gather product, pricing, and sales data (CSV format or from public datasets). Data Preprocessing: Clean and preprocess data (handle missing values, encode categorical variables). Feature Engineering: Extract relevant features (product attributes, historical sales, etc.). Model Selection: Choose a machine learning model (Random Forest, XGBoost, etc.). Model Training: Split data into training/testing sets and train the model. Model Evaluation: Evaluate model performance using metrics like RMSE. Fine-tuning: Optimize the model using hyperparameter tuning (e.g., Grid Search). Real-Time Predictions: Simulate real-time price predictions with new data. Save and Deploy: Save the model and prepare it for deployment in a live system. I will use google collab

Priority

High

Record

[X] I have read the Contributing Guidelines
[X] I'm a GSSOC'24 contributor
[X] I want to work on this issue

recodehive / machine-learning-repos