Page 1 V1.0 7.6.2006 Public Safety Emergency & Crisis Management Summary Presentation Latif LADID President IPv6 Forum.

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Presentation transcript:

Page 1 V Public Safety Emergency & Crisis Management Summary Presentation Latif LADID President IPv6 Forum

Page 2 V Taming Disasters Tsunami – Katrina … when and where is the next one? Taming Disasters Tsunami – Katrina … when and where is the next one?

Page 3 V EU25 Disasters by decade

Page 4 V World-wide

Page 5 V Post Disaster Lessons learnt Scenario update Socio-economic and environmental impact assessment Spatial re-planning Response Emergency telecommunication Command control coordination Situational awareness, crisis maps Information communication Dispatching of resources Environmental risk management Prevention and Mitigation Hazard prediction and modeling Risk assessment and mapping Regional/city Planning Structural non structural measures Public Awareness & Education.. Preparedness Scenarios development Emergency Planning maps Training Recovery Early damage assessment Re-establishing life-lines transport &communication infrastructure Alert Real time monitoring & forecasting Early warning Scenario identification all media alarm Secure &dependable telecom

Page 6 V 

Page 7 V

Page 8 V U-2010 – an IPv6 Public Safety Framework SatelliteSatelliteGPRS/3GGPRS/3G RadioRadioWiMaxWiMax WiFiWiFi Wireless Network Infrastructures SensorsSensors VoiceVoiceVideoVideoDataData TimeSynchTimeSynch LocalizationLocalization ManagementManagement InstantMessengerInstantMessenger DirectoryservicesDirectoryservices Secure environment Secure environment Bi-directional communications Bi-directional communications PublicInformationPublicInformationCrisisManagementCrisisManagement Bio-Ecological Health TerrorismRescue Transportation disaster Natural disaster PrivatePrivate Government Fixed Network Infrastructures Public Broadband IPv6 - Common Networking Infrastructure Enabler FirstRespondersFirstResponders IP Mobility IP Mobility Ad-Hoc NetworksAd-Hoc Networks Traceability Traceability Community of Interest Community of Interest Risk Profiles DVB-HDVB-H

Page 9 V Reference Architecture Single logical space Redundant components of single logical space

Page 10 V Scenarios (Tunnel-video to Fire-Engine) Mobile ad-hoc networks (GSM, GPRS, UMTS, Satellite), broadband access for video, mobile router, sensor nets Fast and early access to information for rescue teams Partner: –Luxembourg Fire Service –CITA CITA Network Internet SES Satellite dish Inclined Orbit Satellite Internet Tunnel Fire Vehicle mobile router Video Stream GSM GPRS UMTS IP/CITA GW VPN- Tunnel Video Stream

Page 11 V Scenarios (Tunnel-video to Fire-Engine)

Page 12 V Scenarios (Mountain Rescue) Innovations: Mobile ad-hoc networks (GSM, GPRS, UMTS, Satellite), mobile router, moving network Impact: Access to information for rescue teams where ever they are Trial scenario: The trial scenario is Mountain Rescue Partner: –Lancaster Rescue Teams Worldwide reach of a domestic solution!

Page 13 V Wireless MESH Network Architecture Layers – As Hastily Formed Network (HFN) Fireman HFN IP Subnets HFN Network Utility Information Services HFN IP Network Communications Backbone Network Satcom, WIMAX, Cellular (HFN Command Control Center ) Police National Guard EMS Vehicles Doctors and Hospitals Shelters Civilian Agencies Federal Agencies 911 Stations Coast Guard HFN IP Network Communications Backbone (core), and interface to any existing network infrastructure. HFN IP Subnets HFN IP and Waveform Gateways to the HFN IP Subnets and Backbone HFN Users and Radio Nets 13

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Page 16 V Long-term eco-system Research Network Computing Resource Center Grid Network O&M Center Network O&M Center Ministry of Education National Network Center Academic Network O&M Ctr Wireless Backbone Network Wireless Local Area Network Eco-system Experimental Area Round-the-island Optical Backbone Network Local Area Network

Page 17 V IPv6 Trial: Eco-Grid  Nuclear Power Plant 3  Outdoor IPv6 Smart Sensor Server  Underwater Camera

Page 18 V