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Detecting Radiological Threats in Urban Areas

Posted March 13, 2019

Our goals are to spur new, innovative thinking in radiation detection algorithms by engaging a broader community. For this competition, we have used radiation transport simulations to create thousands of data sets resembling typical radiological search data collected on urban streets in a mid-sized U.S. city.

Free image via Pixabay

Each data set – called a run – simulates the detection events received by a standard thallium-doped sodium iodide detector driving along several city street blocks in a search vehicle. All of the runs contain data on radiation-detector interaction events from the natural background sources (roadway, sidewalks, and buildings), and some of the runs also contain data arising from non-natural extraneous radiation sources. Your task is to determine whether there’s a source present on the street, and if so where and what kind it is.


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