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This repository contains an Excel-based dataset of original daily/monthly sales data intended for use in time series forecasting tasks. The dataset is suitable for training LSTM (Long Short-Term Memory) models and benchmarking forecasting performance.

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E-Commerce Sales Forecasting & Market Optimization

Dataset Time Series LSTM

📊 Dataset Overview

This dataset contains authentic sales data from a major e-commerce platform's online store, encompassing transaction records, user behavior, and market trend indicators across multiple time dimensions, providing a rich data foundation for demand forecasting and market strategy optimization.

What's Inside:

  • Historical sales data spanning multiple years with detailed transaction records
  • Customer interaction metrics including browsing patterns, conversion rates, and retention data
  • Product performance indicators across various categories and price points
  • Seasonal patterns and holiday effects on purchasing behavior

🚀 Potential Applications

This dataset is particularly valuable for:

  1. Demand Forecasting - Build predictive models to anticipate product demand
  2. Inventory Optimization - Develop systems to maintain optimal stock levels
  3. Dynamic Pricing Strategies - Test algorithms for price optimization
  4. Customer Behavior Analysis - Understand purchasing patterns and preferences
  5. Market Response Modeling - Analyze how customers respond to promotions and campaigns

💡 Suggested Approach

For those interested in working with this dataset, we recommend:

Data Preprocessing

  • Handle missing values appropriately based on the feature context
  • Normalize numeric features to improve model performance
  • Transform categorical variables using appropriate encoding techniques
  • Extract meaningful time-based features from timestamp data

Model Development

  • Implement time series forecasting models (LSTM networks are particularly effective)
  • Build demand prediction systems with proper validation frameworks
  • Develop reinforcement learning approaches for dynamic market optimization

Evaluation Framework

  • Use appropriate metrics (MSE, MAE, RMSE) to evaluate forecasting accuracy
  • Test models against baseline approaches for proper benchmarking
  • Implement cross-validation strategies for robust performance assessment

📁 Repository Structure

.
├── ecommerce_sales_data.csv     # Main dataset in CSV format
└── ecommerce_sales_data.xlsx    # Excel version with formatted data

📈 Example Usage

This dataset has been successfully used to:

  • Develop LSTM-based forecasting systems that outperform traditional time series approaches
  • Create dynamic inventory management solutions that reduce costs while maintaining service levels
  • Build reinforcement learning algorithms for optimizing pricing and promotion strategies

🔗 Related Resources

For more information on working with e-commerce data and implementing forecasting models:

🛠️ Recommended Tools

  • Python with pandas, numpy, scikit-learn, and tensorflow/keras
  • R with forecast, xts, and tidyverse packages
  • Visualization libraries such as matplotlib, seaborn, and plotly

📋 Implementation Strategy

Phased Data Utilization Approach: For optimal model development, we recommend implementing a progressive data utilization strategy. Initialize your experimentation with the first 3 years of data to establish baseline performance. As your models mature, incrementally incorporate additional years of historical data to enable LSTM networks to detect and exploit long-term temporal dependencies that may span multiple years. This approach allows for both rapid initial development and subsequent refinement of model architectures to capture complex seasonal patterns and multi-year trends present in e-commerce behaviors.


This dataset is provided for research and educational purposes.

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This repository contains an Excel-based dataset of original daily/monthly sales data intended for use in time series forecasting tasks. The dataset is suitable for training LSTM (Long Short-Term Memory) models and benchmarking forecasting performance.

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