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file_name
stringclasses
5 values
quality
stringclasses
4 values
vehicle_count
stringclasses
4 values
traffic_density
stringclasses
5 values
object_type
stringclasses
4 values
lane_occupation
stringclasses
5 values
visibility
stringclasses
3 values
scene_type
stringclasses
2 values
road_condition
stringclasses
2 values
lighting_condition
stringclasses
5 values
incident_presence
stringclasses
5 values
speed_limit_signs
stringclasses
4 values
573a363a526986b79ff9e379de1e7bc1.jpg
3072*4096
3
medium density
vehicle
partial lane occupied
good
tunnel
dry
tunnel lighting
no obvious traffic accidents
speed limit 100
9c37b768d92aa6a8e9b63630bd778ddb.jpg
2560*1920
2
Moderate
Vehicle
Partial lane occupied
Normal
Tunnel
Dry
Daytime
No apparent incident
Not detected
bf9dc2e435047861ea16a0d1af01dec6.jpg
5712*4284
2
Low
Vehicles, Emergency Personnel
Lane occupied by vehicles and emergency personnel
Normal
Tunnel
Dry
Tunnel interior lighting
Traffic accident present
No speed limit signs detected
bfaaf28c2c729bb184abad6c2e5b4cb7.jpg
2560*1920
6
High
Vehicle
Single lane occupied
Good
Tunnel
Dry
Artificial lighting in tunnel
None
Not detected
d8f1cc3d64e49c7002face5f20133e16.jpg
2100*1576
4
low
vehicles, rescue personnel
emergency lane and one main lane occupied
good
tunnel
dry
night, artificial lighting
traffic accident present
not detected

Tunnel and Special Scenarios Traffic Safety Dataset

The current transportation industry is facing increasingly severe safety hazards, especially in tunnels and special scenarios where traffic accidents frequently occur and there is an urgent need for effective monitoring and evaluation methods. Existing monitoring systems often rely on manual monitoring, which is inefficient and prone to errors, lacking real-time and accuracy. This dataset aims to support the training of object detection algorithms by providing high-quality image data to achieve intelligent traffic safety monitoring. Data collection is performed using high-resolution cameras in different tunnels and special scenarios to ensure coverage of various situations. Additionally, a multi-round annotation and expert review mechanism is adopted to ensure consistency and accuracy in annotations. The data is stored in JPG format and organized by scenario for convenient use and analysis. The core advantage of the dataset is its high-quality annotation, with all image annotations achieving over 95% accuracy and a consistency check rate up to 98%. The new data enhancement techniques used have improved the model's generalization capability by 20%, effectively reducing the incidence of traffic accidents and enhancing safety in practical applications.

Technical Specifications

Field Type Description
file_name string File name
quality string Resolution
vehicle_count int The total number of vehicles detected in the image.
traffic_density float The density of vehicles in the image.
object_type string The type of object detected in the image, such as vehicles, pedestrians, etc.
lane_occupation string The status of lane occupation as observed in the image.
visibility string The visibility conditions in the image, which may include sunny, foggy, rainy, etc.
scene_type string The type of scene captured in the image, such as tunnel, mountainous area, urban, etc.
road_condition string The condition of the road as shown in the image, such as dry, slippery, snowy, etc.
lighting_condition string The lighting condition at the time the image was taken, such as daytime, nighttime, dusk, etc.
incident_presence boolean Whether a traffic incident is present in the image.
speed_limit_signs string The speed limit signs detected in the image.

Compliance Statement

Authorization Type CC-BY-NC-SA 4.0 (Attribution–NonCommercial–ShareAlike)
Commercial Use Requires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and Anonymization No PII, no real company names, simulated scenarios follow industry standards
Compliance System Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Source & Contact

If you need more dataset details, please visit Mobiusi. or contact us via contact@mobiusi.com

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