---
title: An Approximate Dynamic Programming Algorithm for Large-Scale Fleet Management
description: Download our white paper to learn how we crafted a model to simulate 6,000+ drivers' movements with precision at the USA's largest truckload motor carrier.
---

[Skip to content](https://info.optimaldynamics.com/an-approximate-dynamic-programming-algorithm-for-large-scale-fleet-management#main-content)

[![Optimal Dynamics](https://info.optimaldynamics.com/hubfs/Logos/Final_Logo.svg "Optimal Dynamics")](http://optimaldynamics.com)

[Get Started](https://www.optimaldynamics.com/request-a-demo)

![wp-icon](https://info.optimaldynamics.com/hubfs/wp-icon.png)

 White Paper

## An Approximate Dynamic Programming Algorithm for Large-Scale Fleet Management: A Case Application

![An Approximate Dynamic Programming Algorithm for Large-Scale Fleet Management](https://info.optimaldynamics.com/hubfs/AdobeStock_415767944%201.png "An Approximate Dynamic Programming Algorithm for Large-Scale Fleet Management")

### Discover how we crafted a model to simulate 6,000+ drivers' movements with remarkable precision at Schneider National, the USA's largest truckload motor carrier.

This white paper showcases the remarkable results of our pioneering work in approximate dynamic programming. By developing a sophisticated simulation model, we successfully achieved the following outcomes:

- **Capturing Real-World Operations**: Our model intricately replicated the movements of over 6,000 drivers, providing a high-level detailed simulation of Schneider National's operations.
- **Matching Historical Performance**: The simulation consistently delivered operating statistics that closely mirrored Schneider National's historical performance, validating the model's accuracy.
- **Accurate Marginal Value Estimation**: With a single simulation run, we provided precise estimates of the marginal value of 300 different driver types, allowing for data-driven decision-making.

Join us on a journey where numbers and logistics unite to revolutionize the trucking industry. Download the white paper now!

![Form Icon](https://info.optimaldynamics.com/hs-fs/hubfs/Landing%20page%20images/form-icon.png?width=48&name=form-icon.png "Form Icon")

### Use the form below to get a copy of the white paper.

© 2026 Optimal Dynamics   |   [Privacy Policy](https://www.optimaldynamics.com/legal)