A traffic accident dataset for Chattanooga, Tennessee

Aug 1, 2024·
Andreas Berres
Andreas Berres
,
Pablo Moriano
,
Haowen Xu
,
Sarah Tennille
,
Lee Smith
,
Jonathan Storey
,
Jibonananda Sanyal
· 1 min read
Abstract
This publication presents an annotated accident dataset which fuses traffic data from radar detection sensors, weather condition data, and light condition data with traffic accident data in a format that is easy to process using machine learning tools, databases, or data workflows. The purpose of this data is to analyze, predict, and detect traffic patterns when accidents occur. Each file contains a timeseries of traffic speeds, flows, and occupancies at the sensor nearest to the accident, as well as 5 neighboring sensors upstream and downstream. It also contains information about the accident type, date, and time. In addition to the accident data, we provide baseline data for typical traffic patterns during a given time of day. Overall, the dataset contains 6 months of annotated traffic data from November 2020 to April 2021. During this timeframe, and 361 accidents occurred in the monitored area around Chattanooga, Tennessee. This dataset served as the basis for a study on topology-aware automated accident detection for a companion publication.
Type
Publication
In Data in Brief

The top section of the image shows traffic sensors + accidents + weather + daylight in boxes with icons to represent each of them. There is an arrow indicating they feed into the tagged traffic accident dataset. The bottom section shows a sketch of a road with different segments and associated sensors highlighted in different colors.
This dataset combines data from traffic sensors, accident data, weather data, and daylight information into a comprehensive tagged traffic accident dataset. This dataset contains the accident information, as well as traffic data from the nearest sensor and its neighbors.