Media Summary: Credits to my teammate Abel for providing this video--he did all of the Challenge: How can we avoid obstacles without a map. We will investigate how we navigate the track while avoiding crashing into ...

Simulated Disparity Extender Algorithm F1tenth - Detailed Analysis & Overview

Credits to my teammate Abel for providing this video--he did all of the Challenge: How can we avoid obstacles without a map. We will investigate how we navigate the track while avoiding crashing into ...

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Simulated Disparity Extender Algorithm - F1Tenth
F1/Tenth:  Simulated Disparity Extender Algorithm
F1TENTH Autonomous Racing: Reactive Methods for Planning
F1TENTH Autonomous Racing | Disparity Extended Reactive Racing Algorithm
Disparity Extender
CMU F1Tenth Lab 4: Follow The Gap #3 (Levine Blocked) (Disparity Extension + Dynamic Thresholding)
F1TENTH Autonomous Racing: Raceline Optimization
F1TENTH L05 - Follow the Gap for Obstacle Avoidance
F1tenth Control on F1 Racetracks using Deep Reinforcement Learning
Disparity Extender with Obstacles
F1Tenth - Multi-TEB Simulation
F1TENTH Autonomous Racing: Pose Representation and Coordinate Transformation
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Simulated Disparity Extender Algorithm - F1Tenth

Simulated Disparity Extender Algorithm - F1Tenth

The Go Heels Racing team created a

F1/Tenth:  Simulated Disparity Extender Algorithm

F1/Tenth: Simulated Disparity Extender Algorithm

Credits to my teammate Abel for providing this video--he did all of the

F1TENTH Autonomous Racing: Reactive Methods for Planning

F1TENTH Autonomous Racing: Reactive Methods for Planning

F1TENTH

F1TENTH Autonomous Racing | Disparity Extended Reactive Racing Algorithm

F1TENTH Autonomous Racing | Disparity Extended Reactive Racing Algorithm

Welcome to the world of

Disparity Extender

Disparity Extender

Disparity Extender

CMU F1Tenth Lab 4: Follow The Gap #3 (Levine Blocked) (Disparity Extension + Dynamic Thresholding)

CMU F1Tenth Lab 4: Follow The Gap #3 (Levine Blocked) (Disparity Extension + Dynamic Thresholding)

Follow the gap implementation using

F1TENTH Autonomous Racing: Raceline Optimization

F1TENTH Autonomous Racing: Raceline Optimization

F1TENTH

F1TENTH L05 - Follow the Gap for Obstacle Avoidance

F1TENTH L05 - Follow the Gap for Obstacle Avoidance

Challenge: How can we avoid obstacles without a map. We will investigate how we navigate the track while avoiding crashing into ...

F1tenth Control on F1 Racetracks using Deep Reinforcement Learning

F1tenth Control on F1 Racetracks using Deep Reinforcement Learning

More details at: https://github.com/MichaelBosello/

Disparity Extender with Obstacles

Disparity Extender with Obstacles

Disparity Extender with Obstacles

F1Tenth - Multi-TEB Simulation

F1Tenth - Multi-TEB Simulation

Testing the

F1TENTH Autonomous Racing: Pose Representation and Coordinate Transformation

F1TENTH Autonomous Racing: Pose Representation and Coordinate Transformation

F1TENTH

[F1TENTH] Overtaking algorithm on circuit of the americas

[F1TENTH] Overtaking algorithm on circuit of the americas

https://github.com/JZ76/f1tenth_simulator_two_agents.