The project goal is to develop freely available software to automate the tedious task of analyzing video data to produce traffic counts. Traffic count is collected by transportation planners and used in the design, deployment and maintenance of safe roadways. Good data are critical to good decision-making. Existing commercial systems like Miovision offer solutions but are expensive and somewhat cumbersome. Using a virtual equivalent of a network of pneumatic tubes, we will analyze the data to determine vehicle traffic patterns. We define a set of lines in the image as shown and then detect when these lines have been ‘crossed’. By analyzing the relative timing of event sets, we discern when and where vehicles enter and leave the intersection.
The project goal is to develop freely available software to automate the tedious task of analyzing video data to produce traffic counts. Traffic count is collected by transportation planners and used in the design, deployment and maintenance of safe roadways. Good data are critical to good decision-making. Existing commercial systems like Miovision offer solutions but are expensive and somewhat cumbersome. Using a virtual equivalent of a network of pneumatic tubes, we will analyze the data to determine vehicle traffic patterns. We define a set of lines in the image as shown and then detect when these lines have been ‘crossed’. By analyzing the relative timing of event sets, we discern when and where vehicles enter and leave the intersection.
Name | Affiliation | Role | Position | |
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cjtaylor@cis.upenn.edu | Taylor, C.J. | University of Pennsylvania | PI | Other |
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