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PRODID:IEEE vTools.Events//EN
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TZID:Portugal
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DTSTART:20200329T020000
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DTSTART:20191027T010000
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BEGIN:VEVENT
DTSTAMP:20200119T204540Z
UID:14FFA0A1-3BEA-4D18-B71F-AC4B54872C15
DTSTART;TZID=Portugal:20191031T100000
DTEND;TZID=Portugal:20191031T110000
DESCRIPTION:The occurrence of wildfires is a matter of preoccupation\, spec
 ially in Portugal. In those disasters\, many fire fighters are deployed to
  try put out the flames. However\, when driving to the fire or away from i
 t\, the vehicles carrying the fire fighters might be in a dangerous situat
 ion\, whether it is from being surrounded by flames or because of a drop i
 n the levels of oxygen. The aftermath of the wildfires is also a focal poi
 nt\, since it’s hard\nfor the fire fighters to verify its perimeter look
 ing for possible reignition points. To overcome these problems\, two modul
 es were created. The first behaves like an alarm for fire fighting vehicle
 s\, verifying the surrounding temperatures and the oxygen levels inside th
 e vehicle. If the vehicle is found in a dangerous situation\, a message of
  emergency is sent to a central server\, with the coordinates of the vehic
 le and the type of danger\, in order to someone send help. The second modu
 le works like a scanner installed in a vehicle\, collecting an array of te
 mperatures in different positions\, to analyse the perimeter of the wildfi
 re and detect possible reignition points.\nThis work will help central com
 munication stations to acknowledge the safety state of fire fighting vehic
 les\, as well as to have a more efficient aftermath analysis of wildfires.
 \n\nSpeaker(s): José Curva\, \n\nLisbon\, Lisboa\, Portugal
LOCATION:Lisbon\, Lisboa\, Portugal
ORGANIZER:l.oliveira@fct.unl.pt
SEQUENCE:0
SUMMARY:Infrared Fire Alarm for Vehicle Protection
URL;VALUE=URI:https://events.vtools.ieee.org/m/218958
X-ALT-DESC:Description: <br /><p>The occurrence of wildfires is a matter of
  preoccupation\, specially in Portugal. In those disasters\, many fire fig
 hters are deployed to try put out the flames. However\, when&nbsp\;driving
  to the fire or away from it\, the vehicles carrying the fire fighters mig
 ht be in a dangerous situation\, whether it is from being surrounded by fl
 ames or because of a drop&nbsp\;in the levels of oxygen. The aftermath of 
 the wildfires is also a focal point\, since it&rsquo\;s hard<br />for the 
 fire fighters to verify its perimeter looking for possible reignition poin
 ts.&nbsp\;To overcome these problems\, two modules were created. The first
  behaves like an&nbsp\;alarm for fire fighting vehicles\, verifying the su
 rrounding temperatures and the oxygen&nbsp\;levels inside the vehicle. If 
 the vehicle is found in a dangerous situation\, a message of&nbsp\;emergen
 cy is sent to a central server\, with the coordinates of the vehicle and t
 he type of&nbsp\;danger\, in order to someone send help. The second module
  works like a scanner installed&nbsp\;in a vehicle\, collecting an array o
 f temperatures in different positions\, to analyse the&nbsp\;perimeter of 
 the wildfire and detect possible reignition points.<br />This work will he
 lp central communication stations to acknowledge the safety state&nbsp\;of
  fire fighting vehicles\, as well as to have a more efficient aftermath an
 alysis of wildfires.</p>\n<p>&nbsp\;</p>
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