   |
|
Applying modeling and simulation to improve the
delivery of quality health care for patients and their families, and the
community in which they live. This
symposium is an initial effort to achieve the following objectives:
- Encourage development of guidelines and standards
for modeling and simulation in the Emergency Management and Emergency
Healthcare Systems environment
- Identify minimum data requirements for modeling
efforts
- Define needed standard interfaces for the
Emergency Management (Community based) and Emergency Health care
delivery systems (facility based)
- Establish consensus based criteria for live and
computer based simulation exercises as well as the outcome measures for
community and facility scenarios
- Define requirements toward accreditation/certification for Healthcare
modeling/simulation professionals
At the end of the symposium/workshop attendees will
gain understanding of issues and steps involved in M&S application to
emergency management and health care systems including:
- Evaluate current practices
a. What other models does your facility currently own?
b. What applications were used to create the models and are they
compatible?
c. Where is the database which supports both the hospital models as well
as the emergency management planning models?
d. Can your current ‘paper’ plans be converted to models?
- Plan the project with solutions to the following
questions:
a. Can your current models ‘talk to each other’?
b. How can we help you better your existing models?
c. Does your emergency planning model cover both tactical and strategic
planning?
d. Does your Emergency planning model incorporate public health data
(disease-based models) and human behavior networks, and can the model
interface with an ED process model?
- Determine relationship of physical space
architecture to modeling projects.
- Improve the capabilities of the emergency
community and healthcare systems through modeling and simulation.
- Describe an integrated toolset that can be
upgraded and linked to other operational systems.
|
|