Media Summary: In this lab, I have implemented an auto-navigation system for the car using PID Controller to complete 1 complete loop. Safety node for Emergency Braking of F1tenth Video lectures from the Spring 2020 undergraduate F1/10 (

F1tenth Lab3 Wallfollowing Python Node - Detailed Analysis & Overview

In this lab, I have implemented an auto-navigation system for the car using PID Controller to complete 1 complete loop. Safety node for Emergency Braking of F1tenth Video lectures from the Spring 2020 undergraduate F1/10 ( Follow the gap implementation using disparity extension with added dynamic thresholding. The Go Heels Racing team created a Simulated Disparity Extender Algorithm to perform planning and control of their Thanks to this guide video, you can easily join IROS 2021 and complete the necessary procedures. Have a nice watch! To visit ...

In this lab, I have implemented a reactive gap following algorithm that navigates the car around the track (and obstacles, ...

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F1Tenth Lab3 - WallFollowing Python node
F1Tenth Autonomous Racing Cars(Lab 3)
F1Tenth Lab3 Demo
F1Tenth Lab 3
[F1tenth (F1/10) Lab 3]: rospy - API, Publisher, and Subscriber
F1tenth Lab 3 - Wall Following
F1Tenth Lab4 - Follow_the_Gap Python node
Safety node for Emergency Braking of F1tenth
Autonomous Wall Following with PID in ROS 2 | F1TENTH Lab 3 Testing
[F1/10 (F1tenth) Lectures] Wall Following Assignment
CMU F1Tenth Lab 4: Follow The Gap #3 (Levine Blocked) (Disparity Extension + Dynamic Thresholding)
Wall_Follow(F1Tenth)
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F1Tenth Lab3 - WallFollowing Python node

F1Tenth Lab3 - WallFollowing Python node

Result of my

F1Tenth Autonomous Racing Cars(Lab 3)

F1Tenth Autonomous Racing Cars(Lab 3)

Left

F1Tenth Lab3 Demo

F1Tenth Lab3 Demo

In this lab, I have implemented an auto-navigation system for the car using PID Controller to complete 1 complete loop.

F1Tenth Lab 3

F1Tenth Lab 3

Video submission for

[F1tenth (F1/10) Lab 3]: rospy - API, Publisher, and Subscriber

[F1tenth (F1/10) Lab 3]: rospy - API, Publisher, and Subscriber

[

F1tenth Lab 3 - Wall Following

F1tenth Lab 3 - Wall Following

This was my implementation of the

F1Tenth Lab4 - Follow_the_Gap Python node

F1Tenth Lab4 - Follow_the_Gap Python node

Result of my follow the gap

Safety node for Emergency Braking of F1tenth

Safety node for Emergency Braking of F1tenth

Safety node for Emergency Braking of F1tenth

Autonomous Wall Following with PID in ROS 2 | F1TENTH Lab 3 Testing

Autonomous Wall Following with PID in ROS 2 | F1TENTH Lab 3 Testing

From math to motion! Watch my

[F1/10 (F1tenth) Lectures] Wall Following Assignment

[F1/10 (F1tenth) Lectures] Wall Following Assignment

Video lectures from the Spring 2020 undergraduate F1/10 (

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 disparity extension with added dynamic thresholding.

Wall_Follow(F1Tenth)

Wall_Follow(F1Tenth)

Wall_Follow(F1Tenth)

F1TENTH Wall Following

F1TENTH Wall Following

Autonomous Navigation using

F1Tenth Lab6 - pure_pursuit Python node Berlin Map

F1Tenth Lab6 - pure_pursuit Python node Berlin Map

Result of my pure_pursuit

F1Tenth Autonomous Racing Cars(Lab 2)

F1Tenth Autonomous Racing Cars(Lab 2)

Automatic Emergency Brake(safety

Simulated Disparity Extender Algorithm - F1Tenth

Simulated Disparity Extender Algorithm - F1Tenth

The Go Heels Racing team created a Simulated Disparity Extender Algorithm to perform planning and control of their

F1Tenth IROS 2021 Quickstart #F1TENTH #IROS2021

F1Tenth IROS 2021 Quickstart #F1TENTH #IROS2021

Thanks to this guide video, you can easily join IROS 2021 and complete the necessary procedures. Have a nice watch! To visit ...

F1Tenth Lab4 Demo

F1Tenth Lab4 Demo

In this lab, I have implemented a reactive gap following algorithm that navigates the car around the track (and obstacles, ...