GitHub - AlekhyaBhupati/Demand-Forecasting-Models-for-Supply-Chain-Using-Statistical-and-Machine-Learning-Algorithms: Internship project

The Nugget

  • Demand forecasting is vital for optimizing supply chain management, and this project explores various statistical and machine learning algorithms to improve forecast accuracy across different product sales patterns.

Make it stick

  • 📈 Demand forecasting is critical for businesses to thrive in competitive markets.
  • 🛠️ Integrative models combining various algorithms can accurately predict sales patterns.
  • 🌀 Ensemble approach enhances forecast accuracy for most sales patterns, except for sparse data.
  • 📊 Diverse techniques such as ARIMA, Linear Regression, and Random Forest are employed for comprehensive forecasting.

Key insights

Importance of Demand Forecasting

  • Accurate demand forecasting enables businesses to enhance sales and productivity.
  • Sales patterns can vary significantly, requiring tailored algorithms for different product types.

Algorithm Implementation

  1. Data Acquisition and Preparation: Involves identifying key SKUs and performing auto-correlation checks.
  2. Time Series Algorithms: Implementing techniques like ARIMA and Simple Moving Average for forecasting.
  3. Machine Learning Algorithms: Utilizing various regression techniques such as Linear Regression and Decision Trees.
  4. Ensemble Methods: Harnessing multiple algorithms like Random Forest and Gradient Boosting to improve prediction power.
  5. Evaluation and Results: Assessing prediction accuracy using RMSE and MAPE metrics for different SKUs.
  6. Comparison of Results: Analyzing performance across all SKUs to identify the most effective forecasting methods.

Algorithm Adaptability

  • Different sales patterns, such as seasonal and new product introductions, influence the choice of algorithms.
  • Ensemble methods improved accuracy for many product types but struggled with sparse data scenarios.

Key quotes

  • "The proposed decision integration strategy improved forecast accuracy for seasonal products."
  • "Demand forecasting models facilitate better data-driven decision-making in supply chain management."
  • "Implementing various algorithms for diverse sales patterns can significantly enhance forecasting precision."
  • "A single model that accommodates different SKU patterns saves time while delivering accurate forecasts."
  • "Effective demand forecasting can lead businesses to recognized market advantages and higher profits."
This summary contains AI-generated information and may have important inaccuracies or omissions.