Developed by a team from the Argonne National Lab, this software package promises a coordinated response due to a new level of monitoring of a fast-developing biological threat situation:
Argonne computer scientists have taken a diverse group of computer modeling programs — written in a variety of computer languages by research teams at a number of national laboratories — and integrated them to work seamlessly for an entire emergency response team. They also developed the main BWIC Situational Awareness Tool that keeps the emergency manager apprised of the latest estimates determined by analysts using modeling components.
“The BWIC package,” explained Pam Sydelko “is designed to be an easy-to-use collaborative modeling and analysis system.” Sydelko is group leader of the Modeling, Simulations and Visualization Group in Argonne’s Decision and Information Sciences Division.
“BWIC is built upon a highly modular and flexible computer framework we’ve developed here to integrate diverse computer modeling tools (written in disparate computer languages) so that they seem like one seamless decision support system with one consistent user interface,” Sydelko said.
The package provides a common view of the event as it evolves to all agencies involved. Cities will have an assigned set of BWIC users who each have access to his or her personal BWIC analysis workspace. A special user, called the BWIC Operational System Supervisor (BOSS) has access to all of the information and has specialized tools for exporting data and information to other jurisdictions and agencies; others users may have access to only certain data or analysis tools, as needed. Analysts with specific expertise such as public health, environment or emergency management can perform their own analysis, view each others analysis results and update the BOSS command screen with information.
“BWIC allows the people who need to know the information to have it as soon as possible,” Sydelko explained. “It provides for timely and reliable warning and supplies tools to identify the population at risk…”
As part of the BioWatch program, biological data is collected regularly from many stations around a city, processed and entered into the system. If a hazardous bioagent is found, local and state responders go to work using BWIC to begin assembling data to support decision-makers.
For example, analysts use modeling components and gather information in their “sandboxes” that are available to others who might need to see their latest estimates. For example, the public health officer posts updates of which hospitals are receiving patients with symptoms that fit the biological agent that was detected.
Then, the environmental expert uses the data to refine the air dispersion model to make estimates of what areas may be affected next. As the situation evolves, each update is sent to the emergency commander.
The press release…
