Time 1F Foyer 2F Sakura Hall

Tuesday, December 4

09:00-10:30 Registration  
11:00-12:00   K1: Building Robust Wireless Networks with Relay Node Placement
13:30-15:00   S1: AI
15:30-17:30   S2: Communications
17:30-18:30 Reception  

Wednesday, December 5

09:00-10:00   K2: Application of numerical model on extreme weather and regional climate changes studies
10:30-12:30   S3: Architecture and platform
13:30-15:00 P1: Poster Session 1  
15:30-17:30   S4: Flood management
18:00-20:00 Banquet  

Thursday, December 6

09:00-10:00   K3: A Real-Time Tsunami Inundation Forecasting System for Disaster Mitigation and Prevention ~Lessons learned from the 2011 East-Japan Great Earthquake ~
10:30-12:30   S5: Issues and algorithms
13:30-15:00 P2: Poster Session 2  
15:30-17:30   S6: Social media

Friday, December 7

09:00-17:30 Excursions (on your own)

Tuesday, December 4 11:00 – 12:00

K1: Building Robust Wireless Networks with Relay Node Placement

Guoliang Xue
School of Computing, Informatics, and Decision Systems Engineering
Arizona State University, Tempe, Arizona, USA

Chair: Soufiene Djahel, Manchester Metropolitan University, UK

In the event of a natural disaster, maintaining a working communication network that can disseminate critical information is very important to rescue survivors of the disaster. However, the communication network may also be damaged by the natural disaster, due to loss of power or damage to base stations. We study both proactive and reactive approaches to maintaining a working communication network in the event of a natural disaster. In the proactive approach, we harden the network to increase its robustness against failures. In the reactive approach, we reconnect the working pieces of the network with limited relay nodes. Since our goal here is to connect as many survivors as possible, the problems are different from traditional robust networking problems studied in the literature. In this talk, we discuss the challenges and present our solutions to these problems.

Tuesday, December 4 13:30 – 15:00

S1: AI

S1.1 Automatic Detection of Flood Severity Level from Flood Videos Using Deep Learning Models
Kanishk Lohumi and Sudip Roy
S1.2 Artificial Intelligence in Disaster Risk Communication: A Systematic Literature Review
Robert Ogie, Juan Castilla and Rodney Clarke
S1.3 The Role of Artificial Intelligence in Social Media Big Data Analytics for Disaster Management – Initial Results of a Systematic Literature Review
Vimala Nunavath and Morten Goodwin
S1.4 DeepDisasterNet: High-Performance Computing Driven Rapid Disaster Response Network
Pankaj Tarone, Surya Durbha, Abhishek Potnis and Rajat Shinde

Tuesday, December 4 15:30 – 17:30

S2: Communications

S2.1 Routing in the Vicinity of Multiple Holes in WSNs
Phi Le Nguyen, Yusheng Ji, Khanh Le and Thanh-Hung Nguyen
S2.2 A Group-Based Scheduling Method for Landslide Detection System with Dense Wireless Sensor Network
Shota Ishihara, Masafumi Hashimoto, Naoki Wakamiya, Masayuki Murata and Yasutaka Kawamoto
S2.3 Design of an SDN Control Method Considering the Path Switching Time Under Disaster Situations
Kosuke Gotani, Hiroyuki Takahira, Misumi Hata, Luis Guillen, Satoru Izumi, Toru Abe and Takuo Suganuma
S2.4 3-D Placement Schemes of Multiple UAVs in NFP-based Wireless Networks
Aymen Omri, Mazen Omar Hasna, Muhammad Zeeshan Shakir and Mohammad Shaqfeh
S2.5 Flying Base Station for Temporary Mobile Communications in an Area Affected by a Disaster
Hiroyuki Shinbo, Yoshio Kunisawa, Takuro Sakai, Yoshinori Kitatsuji, Akira Endo and Kazuya Tanaka

Wednesday, December 5 9:00 – 10:00

K2: Application of numerical model on extreme weather and regional climate changes studies

Dr. Chuan-Yao Lin
Research Fellow
Research Center for Environmental Changes, Academia Sinica, Taiwan

Chair: Hideaki Sone, Tohoku University, Japan

Climate change is the most serious scientific and social challenge in the present century. Reports from the Intergovernmental Panel on Climate Change (IPCC) and various studies have suggested that extreme weather events are most likely to increase around the world. However, regional changes are neither uniform nor certain, and have become pressing issues for the next IPCC effort and beyond. In particular, East Asia is one of the fastest developing economies in the world. Therefore, the impacts of climate change, particularly global warming in this region are drawing much attention owing to the recent trend of increase in extreme weather events. Numerical models are useful tools to understand the mechanisms of the extreme weather and projection the possible changes. In this presentation, I will demonstrate some examples including extreme rainfall events, heat waves and regional climate change projections over Taiwan.

Wednesday, December 5 10:30 – 12:30

S3: Architecture and platform

S3.1 Interoperability Between IT Systems in Austrian National Crisis & Disaster Management
Alexander Preinerstorfer, Maria Egly, Ivan Gojmerac, Christoph Hochwarter, Christine Schuster, Bernhard Jandl-Scherf, Harald Lernbeiss, Stephan Radner and Erich Schweighofer
S3.2 Architecture of High Fidelity Simulation Tool for Crisis Management Training
Svein Even Skogen and Jaziar Radianti
S3.3 An Integrated Crowdsourced Framework for Disaster Relief Distribution
Timothy Schempp, Haoran Zhang, Minsung Hong, Alexander Schmidt and Rajendra Akerkar
S3.4 Open Application Framework for Disaster Mitigation Based on Deeper Understanding Approach
Eric Yen, Simon Lin, Yulin Tsai, Tso-Ren Wu and Chuan-Yao Lin
S3.5 Resilient Mesh Network System Utilized in Areas Affected by the Kumamoto Earthquakes
Yasunori Owada, Byongpyo Jeong, Hiroshi Kumagai, Yukio Takahashi, Masugi Inoue, Goshi Sato, Katsuhiro Temma and Toshiaki Kuri

Wednesday, December 5 13:30 – 15:00

P1: Poster Session 1

Chairs: Osamu Uchida, Keisuke Utsu, Tokai University, Japan

P1.1 Effect of Adding Images of Rainfall Intensity and Incentive on Evacuation
Hiroko Nakajima, Kan Shimazaki, Yang Ishigaki, Akira Kuriyama, Akiko Miyajima, Yasue Mitsukura, Koyuru Iwanami and Hisashi Nakagaki
P1.2 Smart and Space Technologies for Disaster Early Warning and Management
Amir Kitouni
P1.3 Infodemiological Data from News Articles in Surveillance of Communicable Diseases During Disasters and Extreme Emergencies
Jann Railey Montalan, Beatrice Amara Adajar, Ma. Regina Justina Estuar and Kennedy Espina
P1.4 Risk Data Hub: Identifying Challenges in Disaster Risk Reduction
Francisco Rios Diaz
P1.5 Disaster Education Program for Young Generation Using Disaster Information Tweeting and Mapping System DITS/DIMS
Osamu Uchida, Sachi Tajima, Yoshitaka Kajita, Keisuke Utsu, Yuji Murakami and Sanetoshi Yamada
P1.6 Identifying and Recommending Code Clone Refactoring Using Software Evolution History
Sarenna Bao
P1.7 VGI4HWM Platform for Municipal Flood Management
Simon Burkard, Frank Fuchs-Kittowski, Ruben Müller and Bernd Pfützner
P1.8 The ICT-Assisted Disaster Nursing in Nepal: The Requirement for Mobile App and Training Program in EpiNurse Project
Shoko Miyagawa, Sakiko Kanbara, Ma. Regina Justina Estuar, Apsara Pandey and Hiroyuki Miyazaki
P1.9 Analysis on Population Change Using Mobile Spatial Statistics in Northern Osaka Prefecture Earthquake 2018
Kaoru Honda and Michinori Hatayama
P1.10 A Tweet Classification Method for Supporting Local Governments to Make Decisions in Large-scale Disasters
Hiroto Funakoshi and Osamu Uchida
P1.11 A Disaster Information Providing System for Urging Prompt Evacuation
Taisei Mokutani, Keisuke Utsu and Osamu Uchida
P1.12 A Microblogging System for Sharing Disaster-related Information Using the Mastodon
Tatsuya Geshiro and Osamu Uchida
P1.13 Development of Flood Disaster Prevention Simulation Smart-phone Application Using Gamification
Futaba Fukanuma, Shigenobu Tsuruoka and Yutaka Matsuno
P1.14 A Study on Common Format to Magage Relief Activities for Sufferers by Volunteer
Hajime Kawagoe
P1.15 Bird’s Eyes Beside the Afflicted Areas of the Great East Japan Earthquake
Dai Sato and Hideaki Sone
P1.16 Engineers in Japan Gathered for Subsequent Disasters After the Great East Japan Earthquake
Dai Sato and Shoko Miyagawa
P1.17 Outdoor Sensor Localization Using UAV in Disaster Area
Mina Kato, Toru Abe and Takuo Suganuma
P1.18 A Proposal of Network Control Method Based on Disaster Risk of OpenFlow Control Channel
Satoru Izumi, Hiroyuki Takahira, Kosuke Gotani, Misumi Hata, Luis Guillen, Toru Abe and Takuo Suganuma

Wednesday, December 5 15:30 – 17:30

S4: Flood management

S4.1 Flood Management Platform for Small Catchments with Crowd Sourcing
Simon Burkard, Frank Fuchs-Kittowski, Ruben Müller and Bernd Pfützner
S4.2 Time Trend Analysis of "#Rescue" Tweets During and After the 2017 Northern Kyushu Heavy Rain Disaster
Shuji Nishikawa, Nozomi Tanaka, Keisuke Utsu and Osamu Uchida
S4.3 Analysis of Tweets Hashtagged "# Rescue" in the 2017 North Kyushu Heavy Rain Disaster in Japan
Shosuke Sato
S4.4 Analysis on Tsunami Evacuation Systems with Agent- Based Simulation in Tourist Area
Michinori Hatayama, Takato Kosaka and Aurora Hernándeze

Thursday, December 6 9:00 – 10:00

K3: A Real-Time Tsunami Inundation Forecasting System for Disaster Mitigation and Prevention ~Lessons learned from the 2011 East-Japan Great Earthquake ~

Hiroaki Kobayashi
Professor and Director of of Architecture Laboratory
Department of Computer and Mathematical Sciences, Graduate School of Information Sciences, Tohoku University, Japan

Chair: Celimuge Wu, University of Electro-Communications, Japan

The tsunami disasters that occurred in Indonesia, Chile, and Japan have inflicted serious casualties and damaged social infrastructures. Tsunami forecasting systems are thus urgently required worldwide. We have developed a real-time tsunami inundation forecast system that can complete a tsunami inundation and damage estimation for coastal cities at the level of 10-meter grid size in less than ten minutes. In my talk, we will be presenting an overview of our system. We will be also introducing HPC activities of Cyberscience center of Tohoku University, a part of the national high-performance computing infrastructure deployed in Japan.

Thursday, December 6 10:30 – 12:30

S5: Issues and algorithms

S5.1 Toward Privacy by Design in Spatial Crowdsourcing in Emergency and Disaster Response
Pouyan Fotouhi Tehrani, Hannes Restel, Michael Jendreck, Stefan Pfennigschmidt, Markus Hardt and Ulrich Meissen
S5.2 Various Isuues in Regional Implementation of Real-time Information Sharing System Using Smartphone
K. Kurata, N. Arai and Y. Chiba
S5.3 Priority-Index Based Multi-Priority Relief Logistics Scheduling with Greedy Heuristic Search
Bhupesh Mishra, Tek Adhikari, Keshav Dahal and Zeeshan Pervez
S5.4 A Proposal for a Relief Supply Matching System
Junya Fukumoto, Hirotaka Habu and Hiroyuki Hashimoto
S5.5 An Empirical Study on Optimization of Training Dataset in Harmfulness Prediction of Code Clone Using Ensemble Feature Selection Model
Sheng Yan, Liping Zhang and Dongsheng Liu

Thursday, December 6 13:30 – 15:00

P2: Poster Session 2

Chairs: Osamu Uchida, Keisuke Utsu, Tokai University, Japan

P2.1 Securing Public Wireless LAN in Disaster Areas
Hideaki Goto
P2.2 How Does Public Sentiment on Social Media Reflect Socio-Economic Disaster Recovery?
Yuya Shibuya
P2.3 Practical Utilization of Resilient ICT of NICT in Kumamoto Earthquakes
Yukio Takahashi
P2.4 Semantics for Big Data in Emergency Response
Rajendra Akerkar and Minsung Hong
P2.5 Intuitive-Evacuation: Intuitive Navigation in Both Indoor and Outdoor Environments for Evacuation
Hiroaki Tobita
P2.6 Existing Telecommunication Infrastructure is Insufficient to Supply Seismic Big Data in Future Smart Cities
Serdar H Kuyuk, Ferhat Dikbiyik and Susumu Ohno
P2.7 Improvement of Facial Recognition Method for Identity Confirmation in the Shelter Considering Facial Aging
Shingo Naka, Yoshitaka Nakamura and Hiroshi Inamura
P2.8 Development of UAV Oblique Photo Sharing System and Implementation in Minami-ise Town, JAPAN
Satoru Sugita, Hiroshi Inoue, Yuji Asahi, Tomohide Seko, Hiroshi Ito, Kazuyoshi Kunisawa, Yuichi Furuse and Hiromichi Fukui
P2.9 Long Range Fixedwing UAV: Its Performance and Potential for Applications to Disasters
Hiroshi Inoue
P2.10 A Framework Towards Image-based Social Listening for Disaster Events
Shoichiro Iwasawa, Shin’ichi Satoh and Yutaka Kidawara
P2.11 Trend of Tweets During Large-Scale Disasters in Japan: In the Case of 2017 Northern Kyushu Heavy Rain and 2018 Hokuriku Heavy Snow
Masato Tsukada and Osamu Uchida
P2.12 Evacuation Information Provision System According to User’s Situation
Kohei Hiroki and Osamu Uchida
P2.13 Basic Study of Flood Level Estimation in Unobserved Area Using State Space Model
Kei Hiroi, Daisuke Murakami, K. Kurata and Takashi Tashiro
P2.14 Performance Evaluation of Low Rate DoS Attack Using Multicast Mode in Wireless LAN
Tutomu Murase and Yuya Sato
P2.15 Regional Disaster Resilience Enhancement Through GIS-based Chain Disasters Forecasting
Kenji Watanabe
P2.16 Discussion About the Rapid and Reliable Provision Method of Strong Ground Motion Prediction Information by Using ICT
Kiyoshi Takano
P2.17 Telexistence System Using Remote Control Robot and Omnidirectional Camera for Disaster Situation
Hayato Abe, Makoto Miura, Toru Abe and Takuo Suganuma
P2.18 Research on Automatic Labeling and Information Extraction Model for Judicial Judgment
Yuan Wolerrga

Thursday, December 6 15:30 – 17:30

S6: Social media

S6.1 Finding Trapped Miners with Wireless Sensor Networks
Idrees Zaman, Anna Förster, Asad Mahmood and Frederick Cawood
S6.2 An Analysis of Tweets During the 2018 Osaka North Earthquake in Japan – A Brief Report
Sanetoshi Yamada, Keisuke Utsu and Osamu Uchida
S6.3 Effectiveness and Limitations of Social Networking Services in Disaster Responses: A Review 7 Years on from the 2011 Great East Japan Earthquake
Shosuke Sato
S6.4 ‘Surprise’ Detection in Human Patter-of-Life Behaviour
Yazan Qarout and David Lowe
S6.5 Online Media Usage by Disaster Volunteer Centers
Dai Sato and Hideaki Sone