Media Summary: RMIT Driverless Sensing Team 2020 Capstone Project. Our final year project was to obtain the locations of track markings (road ... Optimized yolov3-tiny model for racing autonomous vehicles.

Big Cone Detection - Detailed Analysis & Overview

RMIT Driverless Sensing Team 2020 Capstone Project. Our final year project was to obtain the locations of track markings (road ... Optimized yolov3-tiny model for racing autonomous vehicles.

Photo Gallery

big cone detection
one round with big cone detection
Behind the Orange Cones: Vehicle Detection
Cone detection and track estimation
cone detection
Driverless vehicle road cone detection algoritm
cone detection
Yolov5 cone detector
cone detection based on lidar data
THE TRAFFIC CONES, THE DESERT ROAD
Cone Detection on Grass Pitch
Cone Tracking algorithm- Python and OpenCV
View Detailed Profile
big cone detection

big cone detection

Red is normal blue and yellow

one round with big cone detection

one round with big cone detection

one round with big cone detection

Behind the Orange Cones: Vehicle Detection

Behind the Orange Cones: Vehicle Detection

StwOK #BehindTheOrangeCones.

Cone detection and track estimation

Cone detection and track estimation

For the project

cone detection

cone detection

Cone Detection

Driverless vehicle road cone detection algoritm

Driverless vehicle road cone detection algoritm

RMIT Driverless Sensing Team 2020 Capstone Project. Our final year project was to obtain the locations of track markings (road ...

cone detection

cone detection

cone detection

Yolov5 cone detector

Yolov5 cone detector

Real time

cone detection based on lidar data

cone detection based on lidar data

data source: elbflorace.

THE TRAFFIC CONES, THE DESERT ROAD

THE TRAFFIC CONES, THE DESERT ROAD

Traffic

Cone Detection on Grass Pitch

Cone Detection on Grass Pitch

Cone Detection

Cone Tracking algorithm- Python and OpenCV

Cone Tracking algorithm- Python and OpenCV

cone

Cone Detector for Autonomous Racing

Cone Detector for Autonomous Racing

Optimized yolov3-tiny model for racing autonomous vehicles.