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Demand Forecasting

Downloads AIMMS Version WebUI Version Forecasting Library

This repository contains a functional AIMMS example model for Demand Forecasting. It demonstrates how to apply multiple forecasting algorithms from the AIMMS Forecasting library to historic demand data, enabling comparison and selection of the best-fit method for your business.

🎯 Business Problem

Imagine you run a small cookie factory. For a few months, you have been storing daily demand data and now you want to use it to forecast future demand. This analysis will:

  • Create understanding of how demand will behave over time.
  • Decrease waste through better planning.
  • Help you choose the best-fit forecasting algorithm by comparing all available methods side by side on a single dashboard.

📖 How to Use This Example

To get the most out of this model, we highly recommend reading our detailed step-by-step guide on the AIMMS How-To website:

👉 Read the Full Article: Demand Forecasting Guide

Prerequisites

  • AIMMS: You will need AIMMS installed to run the model. Download the Free Academic Edition here if you are a student.
  • WebUI: This model is optimized for the AIMMS WebUI for a modern, browser-based experience.
  • Forecasting Library: Install the Forecasting library from the AIMMS Library Repository. An AIMMS Community license is sufficient.

🚀 Getting Started

  1. Download the Release: Go to the Releases page and download the .zip file from the latest version.
  2. Open the Project: Launch the DemandForecasting.aimms file.
  3. Run the Model: Use the WebUI workflow to navigate through each forecasting method and compare results on the Dashboard.

🤝 Support & Feedback

This example is maintained by the AIMMS User Support Team.


Maintained by the AIMMS User Support Team. We optimize the way you build optimization.

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Analyzes historical demand data from a cookie factory to forecast future demand. With the goal to analyze various forecasting algorithms to determine the best fit for the factory, improving understanding and reducing waste.

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