@article{149,
  keywords = {emergency detection, emergency response},
  author = {Alex Mihailidis and David Giesbrecht and Jesse Hoey and Tracy Lee and Vicky Young and Melinda Hamill and Jennifer Boger and John Lobos and Babak Taati},
  title = {Automated emergency detection and response},
  abstract = {<p>A system for detecting and responding to emergency events includes a plurality of local emergency detection and response units positioned in a local area. Each unit includes one or more local sensing agents and a local detection manager. Each local sensing agent is operable to detect emergency events by a change in a given emergency factor in the local area and to convey data representative of the change in the emergency factor to a detection manager which is operable to receive the data and to assign a value to the emergency factor according to the data. A central location controller unit and/or the local emergency detection and response unit are operable for classifying the assigned value of the emergency function to form an assigned value classification and for initiating the local emergency event response agent to implement a response protocol according to the assigned value classification.</p>
},
  year = {2011},
  journal = {N/A},
  number = {US12471213},
  month = {11/2011},
  publisher = {Toronto Rehabilitation Institute},
  address = {Canada},
  issn = {US8063764B1},
  url = {https://patents.google.com/patent/US8063764B1/en?inventor=Alex+Mihailidis},
}