High-Speed Rear-End Collision Risk Scenario Classification Dataset

#image classification #risk assessment #traffic monitoring #accident warning #intelligent driving
  • 5000 records
  • 1.5G
  • JPG/PNG/JSON
  • CATL
  • MOBIUSI INCMOBIUSI INC
Updated:2026-10-14

AI Analysis & Value Prop

The current transportation industry faces the challenge of frequent highway rear-end collisions, leading to severe casualties and property damage. Existing accident warning systems mostly rely on traditional sensors and data analysis methods, lacking effective recognition and classification capabilities for complex traffic scenarios. This dataset aims to enhance the capability of identifying and warning about rear-end risks through high-quality image classification. The dataset contains 5000 clearly annotated images covering different high-speed rear-end risk scenarios. Data collection was conducted using high-resolution cameras in real highway environments, ensuring data authenticity and diversity. In terms of quality control, a multi-round annotation and expert review process was used to ensure the accuracy of each image's annotation. The data is stored in JPG format and organized by folder structure, facilitating subsequent model training and testing.

Dataset Insights

Sample Examples

5468d9c2**.jpg|1280*960|204.99 KB

feb37772**.jpg|1280*1706|185.57 KB

6bfdb109**.jpg|1280*960|176.31 KB

Technical Specifications

FieldTypeDescription
file_namestringFile name
qualitystringResolution
vehicle_countintegerThe total number of vehicles appearing in the image.
weather_conditionstringWeather conditions at the time the image was taken, such as sunny, rainy, or foggy.
road_typestringThe type of road shown in the image, such as highway or urban roads.
lighting_conditionstringLighting conditions at the time the image was taken, such as day or night.
presence_of_accidentbooleanWhether the image involves an accident scene.
traffic_densitystringThe level of traffic density shown in the image, such as high, medium, or low.
lane_markings_visibilitystringThe clarity and visibility of lane markings in the image.
vehicle_speed_estimationfloatEstimated speed of vehicles in the image (unit: km/h).

Compliance Statement

Authorization TypeProprietary - Commercial AI Training License (No Redistribution)
Commercial UseRequires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and AnonymizationNo PII, no real company names, simulated scenarios follow industry standards
Compliance SystemCompliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Frequently Asked Questions

What is the purpose of the high-speed rear-end risk scenario classification dataset?
The dataset is used to identify and classify potential rear-end collision risk scenarios on highways, aiding in the improvement of traffic safety management.
How can this dataset be used to improve traffic safety?
By utilizing machine learning training on this dataset, it can automate the identification of highway risk points, allowing for appropriate traffic management measures to prevent accidents.
What types of images are included in the dataset?
The dataset mainly includes images of various types of rear-end risk scenarios on highways, such as dense traffic and adverse weather conditions.
Which research fields is this dataset suitable for?
This dataset is suitable for research fields such as traffic management, autonomous driving technology, and image recognition.
How can the dataset support the development of autonomous driving technology?
By identifying and classifying rear-end risk scenarios on highways, it supports autonomous driving systems in enhancing situational awareness and decision-making, thus improving driving safety.

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Cite this Work

@dataset{Mobiusi2025,
  title={High-Speed Rear-End Collision Risk Scenario Classification Dataset},
  author={MOBIUSI INC},
  year={2025},
  url={https://www.mobiusi.com/datasets/870c6e5be504a4dc61c70088e80f45ef},
  urldate={2025-09-15},
  keywords={high-speed rear-end collision, risk scenarios, image classification dataset, traffic safety, intelligent transportation},
  version={1.0}
}

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