World Congress 2021 Jun 30, 2021

On the straight and narrow path - How to get cars to drive themselves using reinforcement learning and trajectory optimization

Francis Powlesland , Elena Kotljarova

Can a car master an unknown track without pre-programmed physics? Discover how Q-learning and trajectory optimization teach autonomous vehicles to drive themselves from scratch.

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#1 about 5 min

Limitations of pre-trained models in autonomous driving

Reinforcement learning offers an alternative to static pre-trained models for self-driving vehicles by dynamically navigating unknown environments.

#2 about 3 min

Augmented intelligence for customized driving experiences

Artificial intelligence can advise drivers and adapt to personal styles without taking full autonomous control of the vehicle.

#3 about 3 min

Establishing a human driving performance lap baseline

Setting a manual lap time benchmark provides a physical optimization target for the artificial intelligence model.

#4 about 2 min

Initial artificial intelligence exploration and strategy experimentation

Early training laps exhibit erratic vehicle behavior as the unweighted algorithm experiments with new driving strategies across track segments.

#5 about 5 min

Evaluating model accuracy and diminishing training returns

Extending training periods exponentially yields progressively smaller lap time improvements for autonomous racing agents.

#6 about 6 min

Conceptual foundations of reinforcement learning agents

Autonomous agents maximize rewards by repeatedly testing defined actions and discovering consequences within entirely unmapped environments.

#7 about 6 min

Implementing Q-learning formulas for trajectory optimization

Mapping discrete track states to specific decisions via Q-tables creates a structured memory base for real-time trajectory updates.

#8 about 3 min

Tuning hyperparameters for reinforcement learning agent outcomes

Adjusting the learning rate, discount factor, and epsilon values balances immediate reward gratification with finding the optimal long-term strategy.

#9 about 2 min

System architecture for the physical racing demonstration

The physical demonstration stack combines hardware microcontrollers, telemetry message brokers, and web frameworks to execute the continuous evaluation loop.

#10 about 5 min

Transitioning self-learning vehicles to real-world environments

Applying tracking algorithms to physical vehicle dynamics enables active suspension and steering adjustments upon actual consumer roads.

#11 about 7 min

Mitigating local minimums and managing data quality

Ensuring high-quality training inputs and properly defined optimization boundaries prevents autonomous models from stalling inside sub-optimal algorithmic states.

Matching moments

4:55 min

Audience Q&A on autonomous driving models and data

Liang Yu · WWC 2022

2:52 min

Introduction to safety-critical machine learning in automotive contexts

Jan Zawadzki · WWC 2022

3:55 min

Technical catalysts driving real-world artificial intelligence

Clemens Wasner Clemens Wasner +3 · WWC Europe 2026

3:05 min

Introduction to the speakers and topic

Ulrich Wurstbauer +1 · LIVE

1:43 min

Optimizing AI model execution for in-car inference

Daniel Graff +1 · WWC 2021

3:37 min

Transitioning automated driving to neural networks and model-based perception

Katrin Lehmann Katrin Lehmann +1 · WWC 2025

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