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Showing 1 to 3 of 3 for “"roadside LiDAR"”.

  1. Identification of Weather Conditions Related to Roadside LiDAR Data

    … vehicles, transit buses, and pedestrians. Roadside Light Detection and Ranging (LiDAR) sensors can be deployed to collect such high-resolution traffic data sets. However, LiDAR sensing could be negatively affected in the context of rain, snow, and wind conditions as the collected 3D point …

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  2. Methodologies and Applications of Data Coordinate Conversion for Roadside LiDAR

    Light Detection and Ranging (LiDAR) is becoming more popular in applications of the transportation field, including traffic data collection, autonomous vehicles, and connected vehicles. Compared with traditional methods, LiDAR can provide high-resolution-micro-traffic data (HRMTD) for all road …

    unr Repository record for Methodologies and Applications of Data Coordinate Conversion for Roadside LiDAR (opens in a new tab)

  3. Ranging-Image-Based Methodologies to Enhance LiDAR Processing Efficiency

    Roadside-LiDAR enhanced traffic monitoring represents a promising roadside sensing solution for Intelligent Transportation Systems (ITS), extracting microscopic traffic trajectories from high-precision, high-resolution 3D point cloud streams for informed traffic decision-making and studies. The …

    unr Repository record for Ranging-Image-Based Methodologies to Enhance LiDAR Processing Efficiency (opens in a new tab)