2014 7th Advanced Satellite Multimedia Systems Conference and the 13th Signal Processing for Space Communications Workshop (ASM 2014
DOI: 10.1109/asms-spsc.2014.6934553
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Reference scenarios for the deployment of emergency communications for earthquakes and mass transport accidents

Abstract: Voice-based Private Mobile Radio (PMR) networks are currently the state-of-the-art for coordination of disaster response works. The increasing availability of digital data on one hand and the advantages of IT-based command and control systems on the other, create a need for data networks between the incident area and back office command and control structures. During major incidents, commercial public networks might be damaged or overloaded, and current digital PMR networks do not support data rates beyond sev… Show more

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Cited by 3 publications
(11 citation statements)
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“…As it is impossible to enter the disaster site in a short time period, we need long-distance transmission for connecting the point coverage of power station and tower. Accompanying with the proceeding of emergency disposal, both the emergency disposal mission and the demand of network coverage may change [11] While the existing combination of satellite communications, WiFi and wireless image transmission system cannot meet the requirements of emergency rescue, broadband self-organizing networks with robustness of networking protocol can be incorporated to support high data rate communications [12], provide multi-point relay coverage and flexibility of network structure. Following this clue, one promising solution is broadband self-organizing wireless mesh networks (WMNs), a special class of self-organizing networks, with optimized networking protocols.…”
Section: B Coverage F Eatures Of Onsite Emergency Communicationmentioning
confidence: 99%
“…As it is impossible to enter the disaster site in a short time period, we need long-distance transmission for connecting the point coverage of power station and tower. Accompanying with the proceeding of emergency disposal, both the emergency disposal mission and the demand of network coverage may change [11] While the existing combination of satellite communications, WiFi and wireless image transmission system cannot meet the requirements of emergency rescue, broadband self-organizing networks with robustness of networking protocol can be incorporated to support high data rate communications [12], provide multi-point relay coverage and flexibility of network structure. Following this clue, one promising solution is broadband self-organizing wireless mesh networks (WMNs), a special class of self-organizing networks, with optimized networking protocols.…”
Section: B Coverage F Eatures Of Onsite Emergency Communicationmentioning
confidence: 99%
“…En el contexto de amenazas de gran potencial destructivo como los terremotos, tsunamis o huracanes, el riesgo potencial implica (Cruickshank et al, 2014):…”
Section: Ocurrencia De Un Evento De Crisisunclassified
“…Además, se considera el supuesto de que la mayoría de recursos vitales están dañados, con fallas o sobrecargados; como por ejemplo el sistema eléctrico, las telecomunicaciones, los combustibles, los servicios de emergencia (policías, bomberos, sistema de salud, etc. ), red de transporte, red de agua, sistemas de gas, red de saneamiento, entre otros (Ran, 2011;Cruickshank et al, 2014).…”
Section: Ocurrencia De Un Evento De Crisisunclassified
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