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GEORGIOU GEORGIOS DBA (cand), MBA, MCIM, MSBP, DFN First Aid Trainer & Examiner

Advanced Course in the Management Of Disaster Victims – Communications in Disaster Areas. Advanced Course in the Management Of Disaster Victims – Communications in Disaster Areas. GEORGIOU GEORGIOS DBA (cand), MBA, MCIM, MSBP, DFN First Aid Trainer & Examiner

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GEORGIOU GEORGIOS DBA (cand), MBA, MCIM, MSBP, DFN First Aid Trainer & Examiner

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  1. Advanced Course in the Management Of Disaster Victims – Communications in Disaster Areas Advanced Course in the Management Of Disaster Victims – Communications in Disaster Areas GEORGIOU GEORGIOSDBA (cand), MBA, MCIM, MSBP, DFN First Aid Trainer & Examiner Cyprus Red Cross - British Red Cross American Health & Safety Institute NAEMT – PHTLSHolder 1

  2. INTRODUCTION • The need of communication among people exists since the human existence on earth. • Different ways of communication were invented and used through the ages, (noises, voices, smoke, beacons, messengers, telegraph, telex, analogue telephony, fax machines, satellite communications, digital telephony, Internet, Emails, broadband telephony, voice over IP, videoconference, etc). • The advance technology available today, diminished distances and helps a lot the transmission of any event, worldwide and many time on a real time (conflicts around the world, the rise of Arab nations and many others).

  3. INTRODUCTION • The availability of communications, to a relief team on a mission in a devastated area due to either physical disaster or technological accidents, is of a great importance. • The relief team should be able to transmit all the details (voice, emails, photos of the area) regarding its mission for evaluation. • If the members of Relief Teams become aware and be trained to use the modern technology available today, they will be able to secure all Incoming and Outgoing telecommunications (Voice and Data) of the team, either during field drills or during any real mission in devastated areas.

  4. Onsite Operations and Control Center • In case of a disaster, an Onsite Operations and Coordination Center (OSOCC) should always be deployed near the affected area. • The OSOCC is the ONLY POINT OF REFERENCE. The Head and the staff of OSOCC are responsible for controlling and managing the whole relief operation in cooperation with LEMA (Local Emergency Management Agency). • If the devastation is manageable by the Government of the affected country, the OSOCC is deployed by Local Authorities.

  5. Onsite Operations and Control Center • If the devastation is not manageable and the Government of the affected country asks for International assistance, then the UN or the EU are responsible to deploy an OSOCC and many times a Sub-OSOCC. In this case The Head of OSOCC is appointed either by the UN or EU. • All relief team arriving to the Disaster Area, should refer to the Head of OSOCC to be assigned a mission. • A representative of each relief team remains at the OSOCC. 5

  6. Onsite Operations and Control Center • The OSOCC is responsible for the communications with the Local Emergency Management Authorities (LEMA) for coordination and exchange of information and report to the UN or EU Committee accordingly. • All information to and from the relief teams are handled accordingly by the head and the staff of OSOCC in cooperation with the Teams’ representative at the OSOCC. • The members of Relief Teams should always communicate with OSOCC and be well trained to handle, manage, set up, operate and maintain the relevant communications equipment available such as Radios, GSM Mobile Phones, Satellite Phone, Portable Computer, Wi-Fi Routers, GSM connect card via USB, Printer, Scanner, Photo Camera, GPS, Network Cables, Power Supplies etc) .

  7. INTRODUCTION • The Team members should be able to set up, operate, use, and manage the most suitable and cheapest available telephone/communications system, including local wired (PSTN, ISDN, ADSL etc), wireless GSM network (i.e gsm router for data transmission), mobile GSM phones (use local SIM cards, if available, to minimise cost), internet telephone systems (Skype) and satellite communications systems.

  8. Main Guidelines -Recommendations • It shouldalways be ensured that the necessary communications equipment is functional, properly and accordingly updated (portable computers), fully charged and available for deployment at any time. • The availability of telecommunications services and equipment in the effected country, where the deployment will take place, should always be checked before the deployment. • In case of deployment, the Team’s Members should find out if the effected country allows the operation of satellite equipment, radio equipment etc. In case that the operation of certain equipment is not allowed by the Government/Authorities of the effected country, then the equipment should not be transferred there.

  9. Main Guidelines -Recommendations • Upon arrival to the Mission’s location, the Team’s Members should ENSURE, for international communications (usually OSOCC facilities are used), a primary telephone connection for the mission, either by plugging a normal PSTN/ISDN/ADSL phone to a telephone fuse indicated by locals (Telecom Company/Hotel Management etc) or by using simple GSM mobile phone (SIM card - normal subscription or local prepaid card if available) if the effected country’s national GSM system is operating or by setting up the available Satellite Communication System (INMARSAT - Explorer 100 or 700 - it is assumed that its use will be allowed). • The most inexpensive way of communications available, should always be chosen. • The communication on a local basis between the members of relief team, should be among

  10. Main Guidelines -Recommendations • AttentionThe Satellite equipment requires free line of sight i.e open sky. • Select the correct antenna orientation in order to set up successfully a satellite communication/connection. • A specific software to facilitate the antenna orientation is installed on the portable computers that will be handed over. • Disable the automatic updating of the computers, to avoid unnecessary high cost and overloading the bandwidth (data transmission speed will become lower). • Reduce images/photos resolution before sending them by email in order to eliminate the data transmission size.

  11. Available Ways of Communications

  12. OPTION1 Only Satellite Communication LEMAOSOCC or Sub-OSOCCECPM – MICUNetc. On Site Land Satellite CommunicationEquipment Fax Cable Fax Satellite Antenna ISDN Phone Satellite Phone Wi-Fi Printer via Wi-Fi Router Wi-Fi Router USB Printer USB Cable 1st Laptopfor Communication Diary and communication with LEMA OSOCC or Sub-OSOCC accordingly 2nd Laptopfor EUTAC mission General Detailed Diary 3rd Laptopfor EUTAC officeSupport Team/Maps and Photos editing 4th Laptopfor EUTAC Team Leader

  13. OPTION2 3G GSM communication LEMAOSOCC or Sub-OSOCCECPM – MICUNetc. On Site Land CommunicationEquipment 3G GSM Wi-Fi Router Fax PSTN Phone Wi-Fi Printer via Wi-Fi Router USB Printer USB Cable 1st Laptopfor Communication Diary and communication with LEMA OSOCC or Sub-OSOCC accordingly 2nd Laptopfor EUTAC mission General Detailed Diary 3rd Laptopfor EUTAC officeSupport Team/Maps and Photos editing 4th Laptopfor EUTAC Team Leader

  14. OPTION3 – Communication via existing ADSL ADSL & Phone Source LEMAOSOCC or Sub-OSOCCECPM – MICUNetc. Communication via Local Telecom On Site Land CommunicationEquipment Fax Fax Cable PSTN Phone Wi-Fi Printer via Wi-Fi Router Wi-Fi Router USB Printer USB Cable 1st Laptopfor Communication Diary and communication with LEMA OSOCC or Sub-OSOCC accordingly 2nd Laptopfor EUTAC mission General Detailed Diary 3rd Laptopfor EUTAC officeSupport Team/Maps and Photos editing 4th Laptopfor EUTAC Team Leader

  15. OPTION4 - Version 1 – Communication via existing Wi Fi Network Wi-Fi Network LEMAOSOCC or Sub-OSOCCECPM – MICUNetc. Communication via Local Telecom On Site Land CommunicationEquipment Existing Wi-Fi Router for outgoing communications NO Fax NOPhone Wi-Fi Router for Printer Disadvantage: In order to print we have to set up the printer either according to the existing Wi-Fi Router SSID, WEP, WPA PSK or We can connect the printer cable to one HOST PC. Wi-Fi Printer via Wi-Fi Router USB Printer USB Cable 1st Laptopfor Communication Diary and communication with LEMA OSOCC or Sub-OSOCC accordingly 2nd Laptopfor EUTAC mission General Detailed Diary 3rd Laptopfor EUTAC officeSupport Team/Maps and Photos editing 4th Laptopfor EUTAC Team Leader

  16. OPTION4 – Version 2 – Communication via existing Wi Fi Network Wi-Fi Network LEMAOSOCC or Sub-OSOCCECPM – MICUNetc. On Site Land CommunicationEquipment Communication via Local Telecom Existing Wi-Fi Router for outgoing communications NO Fax NOPhone Wi-Fi Router only for Printer Disadvantage: In order to print we have to disconnect from the outgoing Wi-Fi network and connect to the printer Wi-Fi network!! We can connect the printer cable to one HOST PC. Wi-Fi Printer via Wi-Fi Router USB Printer USB Cable 1st Laptopfor Communication Diary and communication with LEMA OSOCC or Sub-OSOCC accordingly 2nd Laptopfor EUTAC mission General Detailed Diary 3rd Laptopfor EUTAC officeSupport Team/Maps and Photos editing 4th Laptopfor EUTAC Team Leader

  17. List of Necessary Equipment • Portable Computer • Satellite Transceiver - Explore 700, 100 and 110 • Satellite Phone - THURAYA • GPS Photo Camera – Ricoh CAplio 500SE • Portable Printer – Canon PIXMA iP100 • GSM mobile phone - Sonim XP3 • GPS – Personal Navigator - GARMIN – eTrex • Voice Recorder SONY ICD-U60 - • Magnetic EU flag, Cables, stationery, etc

  18. Description of Equipment • Satellite Transceiver - Explore 100 and 110 • Simultaneous voice and broadband data • Data connection with speeds up to 492kbps • Easy to set up and to use • Compact and Secure

  19. INMARSAT Global Coverage Map

  20. Description of Equipment • Satellite Phone - THURAYA • Voice, data, fax and SMS • Satellites are positioned in geosynchronous Orbit • Compact and light phone (170 g) • Dual-mode (Sat + GSM Tri-band) • GPS navigation capability • Prepaid SIM card • GPS signal necessary

  21. THURAYA Global Coverage Map

  22. Description of Equipment • Photo Camera – Ricoh CAplio 500SE • Magnetic EU flag, Cables, stationery, etc • Digital camera with GPS receiver SiRF-III • Resolution 8 mpixels • 28mm wide-angle zoom lens • Photos can be uploaded to special software that can be connected to Google Earth maps and shows the exact position taken.

  23. Photo Special Software Image

  24. Demonstration of Equipment

  25. Thank You!!

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