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Private On-Line Documentation:
Common Engineering and
Development Area
Richard Messner
Dragan Vidacic
Pavlo Melnyk
Frank Hludik
Mitretek Systems
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First responders to a major incident
include law enforcement, fire, and EMS, often from multiple jurisdictions.
Accurate information from all sources needs to be rapidly collected and
made available to follow-on responders. One approach would be to form a
central data repository on a near-real-time basis which would be used in
responding to queries from potential and actual responding agencies about
the exact circumstances of the incident to help determine resources
required for an appropriate response. This would allow law enforcement,
police and fire agencies, and jurisdictions to work together and respond
more effectively. There are several emerging technologies that could be
applied to this problem to allow first responders to capture, analyze, and
share emergency response information at any location today.
The goal of
this project is to assess and demonstrate the use of these technologies.
The project focuses on the wireless communications technologies,
such as CapWIN, that will
allow a responding officer to leave his or her patrol vehicle and continue
to capture real-time voice, video, and perhaps sensor information in the
normal course of assessing an incident, managing the incident, performing
investigations, and assisting people. Follow-on efforts will examine the
application of other technologies that will enable the formation of
central repositories, the data mining of those repositories and support
for using the information to manage major incidents.
Specifically UNH will develop and pilot test a pocket PC device
running various UNH developed applications in support of the CCJT
un-tethered officer project and produce a report containing lessons
learned.
Our UNH
research and development
team is constructed with a team
leader who organizes and coordinates the other team members. The
remainder of the team is made up of a Lead Engineer and several
UNH undergraduate and graduate students.
If you would like additional
information about this project or would like to contribute to the
development of the Un-tethered Office Project please contact:
Richard A. Messner, Ph.D.
Department of Electrical and Computer Engineering
College of Engineering and Physical Sciences
University of New Hampshire
Kingsbury Hall
Durham, New Hampshire 03824
603.862.1304
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