Skip to content
View JoshRoll's full-sized avatar
  • Oregon DOT
  • Oregon

Block or report JoshRoll

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse

Popular repositories Loading

  1. Pedestrian-Injury-Disparity-Index-Analysis Pedestrian-Injury-Disparity-Index-Analysis Public

    Repository of data, code and supporting materials to repeat analysis performed by ODOT Research Unit documenting pedestrian injury disparities in Oregon. The standardized scoring uses an objective …

    R 4 1

  2. Counts-Processor-in-R Counts-Processor-in-R Public

    A set of R scripts that to download, process, and clean bicycle and pedestrian traffic counts data starting by pulling data through Eco Counter's API.

    R 3 1

  3. Pedestrian-Fatal_Injury_Rate Pedestrian-Fatal_Injury_Rate Public

    The data and scripts in this repository gather data from Fatal Accident Reporting System (FARS) and Census data and then calculates a age-adjusted population-based pedestrian death rates for each r…

    R 1

  4. Traffic_Injury_Severity Traffic_Injury_Severity Public

    Modeling traffic injury severity as a function of vehicle, roadway and particpant characteristics

    1

  5. Oregon-DAS-Geocoding-in-R Oregon-DAS-Geocoding-in-R Public

    This project includes an example of how to use R and an open API geocoding service operated by Oregon Department of Administrative Services (DAS). More information about the service itself includin…

    HTML

  6. Pedestrian_Counts_From_Signals_R5 Pedestrian_Counts_From_Signals_R5 Public

    This project summarizes data and methods used to estimate pedestrian traffic volumes from short duration counts and pedestrian push actuations at traffic signals

    HTML