traffic-sign-detection-gtsrb Computer Vision Project

gtsrbanno

Updated 9 months ago

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Classes (52)
20
21
22
Ahead only
Beaware of icesnow
Bumpy road
Children Crossing
Dangerous curve left
Dangerous curve right
Double curve
End Speed + Passing limits
End no passing veh 3.5 tons
End of no passing
General caution
Go Stright or Left
Go Stright or Right
Keep Left
Keep Right
No entry
No passing
No passing veh over 3.5 tons
No vechiels
Pedestrains
Right-of-way at intersection
Road Narrows on The Right
Road Work
Roundabout mandatory
Slippery road Traffic Signals
Turn Left Ahead
Turn Right Ahead
Wild Animals Crossing
Yield
after
ahead only
before
bycycle crossing
children crossing
end of speed limit (80 Km/h)
priority road
roundabout Mandatory
speed limit (100 Km/h)
speed limit (120 Km/h)
speed limit (20 Km/h)
speed limit (30 Km/h)
speed limit (50 Km/h)
speed limit (60 Km/h)
speed limit (70 Km/h)
speed limit (80 Km/h)
stop
turn left ahead
veh>3.5 tons is prohipted
Description

Here are a few use cases for this project:

  1. Autonomous Vehicle Navigation: The model can be used to identify traffic signs in real-time to assist autonomous vehicles in their navigation and decision-making processes. It could enable self-driving vehicles to follow speed limits, yield to signs, and take the appropriate action at intersections, thus improving safety.

  2. Traffic Monitoring Systems: It can be integrated into traffic monitoring systems to track compliance with traffic rules and identify infractions. For instance, it can detect when vehicles exceed the speed limit or fail to yield where required and report such cases for appropriate actions.

  3. Driving Assistant Applications: A driving assistant app can implement this model to provide audio and visual alerts to drivers about upcoming traffic signs, helping to increase driver's awareness and reduce the chances of traffic infractions and accidents.

  4. Traffic Sign Inventory: Municipalities or highway authorities could use this model to keep an inventory of traffic signs across a city or highway, ensuring the signs are in the right condition and position.

  5. Virtual Reality (VR) Driving Simulations: This model can be used to improve VR driving simulations, providing a more realistic environment by identifying and reacting to virtual traffic signs.

Supervision

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Cite This Project

LICENSE
CC BY 4.0

If you use this dataset in a research paper, please cite it using the following BibTeX:

                        @misc{
                            traffic-sign-detection-gtsrb_dataset,
                            title = { traffic-sign-detection-gtsrb Dataset },
                            type = { Open Source Dataset },
                            author = { gtsrbanno },
                            howpublished = { \url{ https://universe.roboflow.com/gtsrbanno/traffic-sign-detection-gtsrb } },
                            url = { https://universe.roboflow.com/gtsrbanno/traffic-sign-detection-gtsrb },
                            journal = { Roboflow Universe },
                            publisher = { Roboflow },
                            year = { 2024 },
                            month = { feb },
                            note = { visited on 2024-11-17 },
                            }
                        
                    

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