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file_name
stringclasses
5 values
quality
stringclasses
5 values
vehicle_type
stringclasses
3 values
license_plate_number
stringclasses
4 values
parking_location
stringclasses
2 values
violation_type
stringclasses
2 values
vehicle_color
stringclasses
4 values
direction_of_park
stringclasses
4 values
obstruction_status
stringclasses
5 values
image_quality
stringclasses
1 value
0d6cc4e65e83a067dbba73d4ba5eb898.jpg
1920*2560
Small car
Unrecognizable
On sidewalk
Parking on sidewalk
Blue, white
Parallel parking
Causes partial obstruction
Clear
1f55dbc6454cc289c6e903ca7c883eb5.jpg
2447*1352
Small vehicle
Unrecognizable
On the sidewalk
Parking on the sidewalk
White
Perpendicular to the road
Causes obstruction
Clear
bce936ed68b452c1298e4691a1ee117f.jpg
1295*1727
Small car
Unrecognized
On the sidewalk
Parking on the sidewalk
Black
Parallel to the road
Causing some obstruction to road traffic
Clear
cb66b5b0018657647bcfc4466c634dc9.jpg
2422*1199
Small vehicle
License plate partially obscured
On the sidewalk
Parking on the sidewalk
Left: Black, Right: White
Perpendicular to the road
Causing obstruction to sidewalk traffic
Clear
fec73b95ba71c46cf1666ffa5b1d7ff4.jpg
4032*2268
Small Vehicle
鄂A L6815, 浙F 3PT68
On the sidewalk
Parking on the sidewalk
White
Front facing out
Causes obstruction to road traffic
Clear

Illegal Parking Automatic Recognition Dataset

The current transportation industry faces challenges such as low efficiency and high omission rates in monitoring illegal parking. Traditional monitoring often relies on manual inspections, leading to resource waste and potential hazards. Existing solutions usually cannot adapt to complex urban environments such as lighting changes and obstructions, limiting the accuracy and timeliness of recognition. This dataset aims to provide a high-quality image dataset for illegal parking, solving the technical problems of automatically recognizing illegally parked vehicles to meet the needs of intelligent transportation systems. The dataset is collected by surveillance cameras in multiple cities, organized and annotated using a standardized image processing workflow. The data collection process includes capturing under different lighting and weather conditions to ensure data diversity. We implemented multiple rounds of annotation, consistency checks, and expert reviews as quality control measures to ensure high data quality. Data is stored in JPG format, with metadata corresponding to each image file recorded in a JSON file.

Technical Specifications

Field Type Description
file_name string File name
quality string Resolution
vehicle_type string The type of vehicle identified, such as a passenger car, truck, motorcycle, etc.
license_plate_number string The license plate number of the identified vehicle.
parking_location string The specific parking location where the vehicle is identified.
violation_type string The type of parking violation committed by the vehicle, such as parking on a sidewalk or in a no-parking zone.
vehicle_color string The color of the identified vehicle.
direction_of_park string The orientation in which the vehicle is parked.
obstruction_status boolean Determines whether the parked vehicle is causing an obstruction to traffic.
image_quality string An assessment of the image quality, such as clear, unclear, etc.

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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