“Prevention Of 4 Disasters And Their Single Recovery .
“Prevention of 4 Disasters and Their Single Recovery Networks basedon Internet-of-Things with Airborne Capability (PATRIOT-41R-Net)”[Year 1 of 2 Years]Asct. Prof. Dr. Eng. Khoirul Anwar (Telkom University, Indonesia)Dr. Ashwin Sasongko (Telkom University, Indonesia)Dr. Suryo Adhi Wibowo (Telkom University, Indonesia)Asct. Prof. Brian Kurkoski (Japan Advanced Institute of Science and Technology (JAIST), Japan)Dr. Dao Trung Kien (Hanoi University of Science and Technology, Vietnam)Dr. Norul Husna Ahmad (Universiti Teknologi Malaysia, Malaysia)Dr. Attaphongse Taparuggsanagorn (Asian Institute of Technology (AIT), Thailand)Center for Advanced Wireless Technologies (AdWiTech),School of Electrical Engineering, Telkom University, IndonesiaMeeting of Progress Report 2019 ASEAN IVO FORUMManila, 20-21 November 20191
Prevention of 4 Disasters and Their Single Recovery Networks based onInternet-of-Things with Airborne Capability (PATRIOT-41R-Net)Background : After the disaster, telecommunication networkscannot be be recovered soon and are suffering fromdifficulties of covering large areas. The rescue team and mobile base station aresuffering from difficulties in finding the victimsalthough the victim’s mobile phones are active but isout-of-network range.Targets: This PATRIOT-41R-Net project makes an experiment,especially on drone and/or HAPS, at Padang City,Sumatera, Indonesia. APPS for smartphone and SMS services. Patent and publications for real-field experiment andreal-field parameters in high reputed IEEE magazines orsimilar.Speaker:Asct. Prof. Dr. Eng. Khoirul Anwar (Telkom University, Indonesia)2019.11.21 Manila, the PhilippinesASEAN IVO Forum 20192
Prevention of 4 Disasters and Their Single Recovery Networks based onInternet-of-Things with Airborne Capability (PATRIOT-41R-Net)Project Members :1. Asct. Prof. Dr. Eng. Khoirul Anwar (Telkom Univ., Indonesia)2. Dr. Ashwin Sasongko (Telkom Univ., Indonesia)3. Asct. Prof. Brian Kurkoski (JAIST, Japan)3. Dr. Dao Trung Kien (Hanoi Univ. of Science and Tech., Vietnam)4. Dr. Norul Husna Ahmad (UTM, Malaysia)5. Dr. Attaphongse Taparuggsanagorn (AIT, Thailand)New Members:6. Dr. Suryo Adhi Wibowo (Telkom University, Indonesia)7. Nur Indah (Telkom University, Indonesia)8. Arini Fitri (Telkom University, Indonesia)9. Obed Rhesa Ludwiniananda Handoko (Telkom Univ, Indonesia)10. Dr. Hazilah Mad Kaidi (UTM, Malaysia)11. Assoc. Prof. Dr. Liza Abdul Latiff (UTM, Malaysia)12. Dr. Rudzidatul Akmam Dziyauddin (UTM, Malaysia)13. Syed Aamer Hussain (UTM, Malaysia)Project Duration :24 Months (July 2019 – June 2021)2019.11.21 Manila, the PhilippinesASEAN IVO Forum 20193
Technology and Work Package (WP) Structure(a) Before disaster(b) After disasterExtension using droneand/or HAPS Network (a) monitors for damage prevention considering 4 disaster coditions: flooding,landslide, earthquake, tsunami. The rescue team and mobile base station use airborne capability provided by: (i) Drone (ii) High altitude platform system (HAPS) To extend (1) network coverage and (2) find the victims having mobile devicesemitting signals.2019.11.21 Manila, the PhilippinesASEAN IVO Forum 20194
Work Packages (WP) Allocations *) WP1: Coordination and Preparation(TelU, July 2019 – Jun 2021)WP2: Experiment MCRBS, UAV Channels and HAPS(TelU, AIT, Jul – Oct 2019)WP3: Experiment Rateless Coding for UAV Channels(JAIST, TelU Jul – Dec 2019)WP4: Experiment for Routing and Antenna Dev.(UTM, TelU, July – Dec 2019)WP5: Experiment for Tsunami in Japan(Tel-U, JAIST, HUST, Jan – Jun 2020)WP6: Experiment for Flooding, Landslide, Earthquake in Indonesia (TelU, AIT, July – Dec. 2020)WP7: Dissemination, Workshop, Tutorial, Whitepaper(ALL, Mar-Jun 2021)*) Agreed in Kick-Off Meeting 2019, Bandung, July 23, 2019.2019.11.21 Manila, the PhilippinesASEAN IVO Forum 20195
FERCurrent Progress 1 (July - November 2019)SNR (dB)(a)(b)(c)a. Power Delay Profile (PDP) for height of 0-10 m, b. Outage performance, (c) BER with Doppler2m2019.11.21 Manila, the PhilippinesASEAN IVO Forum 20196
Current Progress 2 (July - November 2019)100Average BER10 -110 -210-3Teori Rayleigh FadingProposed Polar-LT R 1/2*1/7LT R 1/7Polar-LT R 1/7*1/10010-4-30-20-100Average SNR (dB)2019.11.21 Manila, the Philippines102030 Rateless Polar-LT codes have beendesigned for UAV and HAPScommunications. Initial results confirmed that theproposed codes work well in minusSNR. Improvement is needed as well asthe implementation to USRP andflying them to HAPS or drone.ASEAN IVO Forum 20197
Current Progress 3: 27 Locations of ExperimentEarthquake2019.11.21 Manila, the PhilippinesTsunamiLandslideASEAN IVO Forum 2019Flooding8
Scientific Contributions July – Nov. 2019: ConferencePublished in Conference Papers:No:Paper title:Author namesAffiliation1.Extrinsic InformationTransfer (EXIT) Analysisfor Short Polar CodesFauzil Mufassaand KhoirulAnwarTelkomUniversity2.Biconical Antenna forMobile Base Station forPost Disaster AreaWirelessCommunicationsDammar AdiSujiansyah,Khoirul Anwarand AloysiusAdya basedDetection to EstimateLocation of Victims PostDisasterTides Anugraha,Khoirul Anwarand Sigit JarotTelkomUniversity2019.11.21 Manila, the PhilippinesConferencename:The date oftheconferenceThe venue oftheconference3rdInternationalSymposium 20/10/2019UTM, KualaLumpur,MalaysiaSOFTT 20191820/10/2019UTM, KualaLumpur,MalaysiaSOFTT 20191820/10/2019UTM, KualaLumpur,MalaysiaASEAN IVO Forum 20199
Scientific Contributions July – Nov. 2019: JournalTo-be Submitted to Journal Papers:No:Paper title:1.Simple Irregular TornadoCodes for Internet-ofThings Communications2.Wireless AccessNetworks Based onCoded Random Accessfor SimultaneousMultiple NaturalDisasters MonitoringWith Real TimeNotifications2019.11.21 Manila, the PhilippinesAuthor namesAffiliationJournal name:Khoirul AnwarTelkomUniversityIEEE Trans onWireless Comm.KHOIRUL ANWAR,WILLY ANUGRAHCAHYADI, SURYOADHI WIBOWO,MUHAMMAD ARYMURTI, SONYSUMARYO,RATNA MAYASARI,and ASEP SEAN IVO Forum 2019Thepublisherof theJournalThe volumenumber andPagesIEEETo besubmitted(this month)IEEETo besubmitted(this month)10
Societal Impact of PATRIOT-41R-Net Project With this PATRIOT-41R-Net project, the people can havedirect access to the level of danger in their living places. People will be well prepared about when they shouldleave or when they should keep staying. Furthermore, the government can have accurateinformation about what is happening due to the fullinformation access provided in their monitoring room can inform people with decision supported byaccurate information source. Lesson learned from real-field experiment and real-fieldparameters for ASEAN countries. Submitted to recommendation/standardization in AsiaPacific Wireless Group and ITU. The impacts of PATRIOT-41R-Net project may also goindirectly to the economy of ASEAN people, especiallywhen 4 sensors are massively produced by manufactureof in each country. The successful of this project will also impact to thechange of public policy rules.2019.11.21 Manila, the PhilippinesASEAN IVO Forum 201911
Conclusions This PATRIOT-41R-Net project proposes Airbornecapability using drone and/or HAPS for disaster recoverynetworks. Airborne capability is performed using drone and/or HAPSto: (1) extend the network coverage and (2) find thevictims. The rateless Polar-LT codes are developed to makenetworks communications stable and reliable. The project considers UAV channel modeling for referenceof experiment. WP2, WP3, and WP5 are to be experimented in Year 1. WP4 and WP6 are to be experimented in Year 2.2019.11.21 Manila, the PhilippinesASEAN IVO Forum 201912
Future works: Roadmap of PATRIOT-41R-Net Year 1: July 2019 – June 2020 Year 2: July 2020 – June 2021a. Kick-Off Meeting, Bandung, Indonesiaa. Experiment of WP4: Routing (UTM,b. Complete the Theoretical DerivationsTelU)of the proposed technique.b. Meeting III at Vietnamc. Evaluating the Theoreticalc. Writing PatentsPerformancesd. Experiment of WP6: Indonesiad. Writing Patents(TelU, AIT)e. Publication I of First Year (WP of Telkome. Publications of the Year 2University)f. Meeting IV at Vietnamf. Performing WP1: Meeting I at KL,g. Experiment of HAPSMalaysiah. Progress Report Meeting of Year 2g. Progress Report Meeting of Year 1i. Meeting V at Indonesiah. Experiment of WP2: MCRBSj. WP7: Tutorial/ Workshop/i. Experiment of WP3: CodingWhitepaperj. WP1: Meeting II at Bangkok, Thailandk. Writing A Final Reportk. Experiment of WP5: Tsunami,Researcher Exchange to NICT andJAIST, Japan (TelU, JAIST, HUST)l. Publication II of First Year (Joint withOther Teams)*) underline: has been completed.2019.11.21 Manila, the PhilippinesASEAN IVO Forum 201913
3. Dr. Dao Trung Kien (Hanoi Univ. of Science and Tech., Vietnam) 4. Dr. Norul Husna Ahmad (UTM, Malaysia) 5. Dr. Attaphongse Taparuggsanagorn (AIT, Thailand) New Members: 6. Dr. Suryo Adhi Wibowo (Telkom University, Indonesia) 7. Nur Indah (Telkom University, Indonesia) 8. Arini Fitri (Telkom University, Indonesia) 9. Obed Rhesa Ludwiniananda .
1.8 Disasters, Risk Reduction and Management - Definitions 6 1.8.1 Disasters 7 1.8.2 Disaster Management 7 1.8.3 Disaster Risk Reduction (Mitigation) 8 1.9 Types of Disasters 8 1.9.1 Natural Hazards 8 1.9.2 Human-Induced Disasters 10 1.10 Levels of Disasters 11 1.11 Institutional Framework 11 1.11.1 National Level 11
The number of people affected by natural disasters around the world is rising. Over the past two years, 700 natural disasters were registered worldwide affecting more than 450 million . are especially at risk. While natural disasters cannot be prevented, much can be done to reduce their human and economic costs.
prevention of substance misuse. This "prevention set-aside" is managed by the Center for Substance Abuse Prevention (CSAP) in SAMHSA and is a core component of each state's prevention system. On average, SAPT Block Grant funds make up 68% of primary prevention funding in states and territories. In 21 states, the prevention set-aside .
Intrusion Prevention: Signature Policies 201 Intrusion Prevention: Signature Policies - New 203 Intrusion Prevention: Sensors 204 Intrusion Prevention: Sensor - New 205 Intrusion Prevention: Sensor - Associating Sensor to a Firewall Policy 206 Intrusion Prevention: Alerts and Reports 208 Intrusion Prevention: View Rule File 210
investigates the social and political impact of natural disasters by examining their effect on social and political attitudes and by exploring media coverage as a mechanism underlying political consequences. The results reveal that natural disasters may have a comparatively frequent, although small and temporary, effect on social trust.
1. About this book 1 1.1 Objectives 1 1.2 Target audiences 1 1.3 Organization of the chapters 2 1.4 Scope 2 1.5 Approach 3 1.6 Glossary of terms 4 Part I. General aspects 2. The nature of emergencies and disasters 9 2.1 Environmental health and disasters 9 2.2 Disasters and emergencies 9 2.2.
perception of natural disasters and hazards. Previously, hazards and disasters were seen as two closely associated and interrelated phenomena, i.e. areas prone to natural hazards, were more vulnerable to disasters. Hence, people avoided tampering with the delicate balance that existed in a given ecosystem. People avoided intensification of
The disasters frequently occurred in Yemen are: 1) Flood, 2) Earthquake, 3) Landslide, 4) Epidemic, 5) Drought, and 6) Volcano Also there are the other causes of disasters like famine and social conflict. 0 2 4 6 8 10 12 14 NATURAL DISASTER 1973‐2008 Three main factors that exacerbate Yemen’s vulnerability to natural disasters
