Microbial hazard risk estimation and communication for Navy divers
Abstract
Approved for Public ReleaseThe research problem and objectives: Navy divers experience infections, such as gastroenteritis, as a result of exposure to waterborne pathogenic microbes. These infections can limit the ability of divers to participate in training exercise and missions, potentially reducing readiness. While some missions and training activities must take place at specific times andplaces regardless of the risk of pathogen exposure, others may involve flexibility regarding timing and location. If it were possible to estimate the risk posed by waterborne pathogens, and to promptly communicate that risk estimate to appropriate Naval personnel, actions could be taken to reduce illness risk among divers. The objective of this research is develop, evaluate, and share with the Office of Naval Research, a data-driven approach to estimating the risks of waterborne infections faced by divers. Technical approaches: We will develop a risk estimation approach for pathogen exposure using artificial intelligence methods. Those methods willbe applied to gather, extract, relate, and use information from a variety of sources to estimate risk faced by divers. The use of artificial intelligence methods will allow massive amounts of data from numerous sources to be evaluated for relevance, and if relevant, utilized in the risk estimation process. Individuals using a smart phone or computer aboard a ship or at a harbor would enter basic information into an application, and those data would be used in the risk estimation process. The risk estimates will be summarized in easy-to-use categories that can be visualized on cellphone or laptop computer. Anticipated outcome of the research: This research will provide the Navy Undersea Medicine Program, dive instructors, and others with a tool for estimating the risks of infection faced by divers. Based on the risk category generated a given location at a given time point, actions could be taken protect the health of divers. If successful, this project will enhance Department of Defense capabilities by protecting the health of divers.As a result, the number of divers who are unable to perform their duties due to waterborne infections will be reduced, improving readiness for critical missions.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- May 05, 2021
- Source ID
- N000142112286
Entities
People
- Samuel Dorevitch
Organizations
- Office of Naval Research
- United States Navy
- University of Illinois Urbana–Champaign