Speaker
Description
The International Monitoring System operates a network of radionuclide technology monitoring stations. Historically, each measurement has been analysed separately to verify treaty compliance. Combining sample measurements, including detects and non-detects, invokes greater monitoring capability referred to as network power. A key steppingstone to obtaining network power is to objectively select a group of related sample measurements that are associated with a release event. Such collections of measurements can be assembled by an analyst, or perhaps they can be selected by algorithm. The authors explore, using a year of atmospheric transport calculations and realistic sensor sensitivities, the potential for a computed radionuclide association tool.
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The authors present a simple version of the final computational block needed for an RA Event processing pipeline: an objective scheme for selecting samples that could be associated with a single event. With more tools available this will enable more powerful future RN.
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| Oral preference format | in-person |
