First Responder Tracking & Vitals Monitor
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Transcript of First Responder Tracking & Vitals Monitor
TEAM 39
G I N O B U Z Z E L L I
I S A A C E L B A Z
T I M O T H Y H E M I N G WAY
M AT T H E W H O G A N
J O N AT H A N PA H L
S A M U E L P E Z Z I N O
First Responder Tracking & Vitals Monitor
Problem Statement
According to the US Fire Administration in conjunction with FEMA: 46.5% of fatal injuries are due to heart attacks.
The monitoring of vitals will aid supervisors in preventing injury or death of first responders.
Tracking location will allow for rapid recovery of injured personnel.
The mapping of building’s interior will give fire fighters a better understanding of a hazardous situation.
Current System’s Shortfalls
PHASER - does not provide location data which is necessary to rapidly extract injured first responders
GLANSER – provides location data but does not provide vitals
HARRISGR100 – provides mapping and location data however does not provide vitals
System Overview
Command Center Fire Fighter Unit
Data Transfer Module
Data Processing
Module
Vitals Monitor
Redundancy Module
Tracking Module
LIDAR Module
Data Transfer Module
Data Processing
Module
Database GUIData
Distribution Module
The Final Product
Vitals Monitoring
Real time monitoring of vitals will help prevent life threatening conditions such as:
Heatstroke Heart attack
The fire fighter unit will monitor: Heart Rate Body Temperature Blood O2 levels
Tracking
Tracking of personnel in a hazardous environment will allow for rapid extrication in the event of injury.
Tracking will be accomplished by triangulation.
Triangulation data will be used in conjunction with the mapping module to produce an interior model of the building.
Interior Mapping
The firefighter unit will be connected to a
LIDAR device to measure distances to
obstructions from the individual. This data
will be used to construct a map of the interior
of the environment.
Work Schedule Breakdown
Required development time:
198 Days
Required budget for development: $2,122,275.00