Road DETECTION - IMGs & Labels
Road DETECTION - IMGs & Labels
Datasets
Road DETECTION - IMGs & Labels
File
Road DETECTION - IMGs & Labels
Use Case
Road DETECTION - IMGs & Labels
Description
Explore the Road Scene Dataset – a diverse collection of annotated images for training AI models in road scene understanding.
Description:
The Road Scene Dataset is a curated collection of high-quality images and annotations for training AI models in road scene understanding. It includes diverse road-related classes like traffic signals, stop signs, speed limit signs, crosswalks, pedestrians, and buses. Designed for applications in autonomous driving, traffic management, and smart city planning, this dataset ensures robust model training with precise labels and diverse scenarios. Perfect for advancing AI-powered road safety and transportation systems.
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The Road Scene Dataset is a meticulously curated collection of images and annotations, tailored to accelerate the development and training of cutting-edge computer vision models. This dataset provides high-quality labeled data, covering various road-related objects and scenarios, making it ideal for projects focused on road safety, autonomous vehicles, traffic management, and urban planning.
Key Features of the Dataset
- High-Quality Images: Diverse road scenes captured under various lighting and weather conditions.
- Detailed Annotations: Precisely labeled objects for enhanced training accuracy.
- Versatile Use Cases: Suitable for applications such as traffic monitoring, pedestrian detection, and vehicle recognition.
Class Labels
The dataset includes annotations for the following road-related classes:
- Traffic Light Signals: Various states of traffic lights (red, yellow, green).
- Stop Signals: Recognizable stop signs and related road markings.
- Speed Limit Signs: Common speed limit indicators for different regions.
- Crosswalk Signals: Pedestrian crossing signals in urban and rural settings.
- Crosswalks: Marked pedestrian crossing areas with diverse patterns and wear conditions.
- Pedestrians: Individuals walking or waiting in road scenarios.
- Buses: Public transport vehicles in various road environments.
Applications
- Autonomous Driving Systems: Train models to recognize and respond to road signals and objects.
- Smart City Infrastructure: Enhance traffic flow analysis and urban safety planning.
- AI-Powered Safety Systems: Detect pedestrians, vehicles, and road hazards to prevent accidents.
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