- Oral Presentation: Presentation files, which are created in Adobe Acrobat (.pdf) or Microsoft Power Point(.ppt), must be submitted in advance (due date: Aug 29).
- Poster size : 90 * 120 ㎝
| Time | Title | Author | Chair |
|---|---|---|---|
| 9.4 (Wed.) | |||
| 13:15 | [Keynote] Performance of EEW System in South Korea | Duk kee Lee | Jimin Lee |
| 13:45 | [Keynote] ShakeAlert: U.S. EEW system | Doug Given | |
| 14:15 | [Keynote] The Japanese earthquake early warning system around its application to the global network | Masumi Yamada | |
| Break Time | |||
| 15:00 | Implementation status of EEW operated by JMA | Keishi Noguchi | Da-Yi Chen |
| 15:15 | An Earthquake Early Warning System for Canada | David McCormack | |
| 15:30 | TRUAA – Earthquake Early Warning System for Israel. Implementation and current status | Ran N. Nof | |
| 15:45 | A general introduction of earthquake early warning system in China | Tun Wang | |
| 16:00 | How to save people from earthquakes | Kazuo Sasaki | |
| 16:15 | Toward a 10-second earthquake early warning system in Taiwan | Da-Yi Chen | |
| 16:30 | Break Time | ||
| 17:00 | Policy Forum | Richard Allen | |
| 9.5 (Thu.) | |||
| 9:30 | [Keynote] Myshake: Smartphone enhanced alert around the world | Richard Allen | Young-Woo Kwon, Annemarie S. Baltay |
| 10:00 | Earthquake Early warning system using mobile network and Low-cost MEMS sensor | Young-Woo Kwon | |
| 10:15 | Deep Learning for Earthquake Detection using Low-cost MEMS sensor | Chul-Ho Lee | |
| Break Time | |||
| 11:00 | Integration of different observation networks to the IPF hypocenter determination algorithm | Koji Tamaribuchi | |
| 11:15 | [Keynote] Development of earthquake early warning and real-time shakemap system low cost sensors | Yih-Min Wu | |
| 11:45 | Fundamental Limits of Ground-Motion Alerts and Warning | Annemarie S. Baltay | |
| Lunch | |||
| 13:30 | Poster Session | ||
| 14:00 | [Keynote] Earthquake Early warning and Rapid Response systems | Aldo Zollo | Alon Ziv, Masashi Ogiso |
| 14:30 | Newest developments in small-aperture arrays for earthquake early warning | Andereas S. Eisermann | |
| 14:45 | Realtime generic algorithms for backazimuth-based location and model-based ground motion prediction: Case study in the Gujarat region, India | Gilles H. Wust-Bloch | |
| 15:00 | Generic Source Parameter Determination for Earthquake Early Warning | Alon Ziv | |
| 15:15 | Improvement of the PLUM earthquake early warning algorithm by introducing P-waves and distance attenuation relations | Yuki Kodera | |
| 15:30 | Retrospective and Real Time Event Detection Performance of the PLUM Earthquake Early Warning Algorithm on the West Coast of the United States | Annemarie S. Baltay | |
| Break Time | |||
| 16:15 | Matching waveform envelopes for earthquake source parameter determination | Becky Roh | |
| 16:30 | [Keynote] Numerical shake prediction: Data assimilation and wave propagation simulation | Mitsuyuki Hoshiba | |
| 17:00 | Introduction of a forward scattering model into the Numerical Shake Prediction Scheme: the 2016 Kumamoto earthquake | Masashi Ogiso | |
| 17:15 | Estimating fault geometry from strong motion data for the 2011 Mw 9.0 Tohoku earthquake | Xiao Ying | |
| 9.6 (Fri.) | |||
| 9:30 | Automated procedure for Vs30 estimation using P-wave seismograms | Byungmin Kim | Byungmin Kim, Sung Keun Lim |
| 9:45 | Preliminary study of on-site EEW for agricultural reservoirs | Sung Keun Lim | |
| 10:00 | A Study on onsite earthquake early warning methodology in South Korea | Ho-jun Lee | |
| Break Time | |||
| 10:30 | Rapid determination of the earthquake magnitude based on PGA-per-second data from a single station | Kwan-Hee Yun | |
| 10:45 | Good korail Navigation | Joonsun Kim | |
| 11:00 | CBS based public warning systems(PWS) | Gabseoung Park | |
Poster Session
| 9.5-6. | Title | Presenter |
|---|---|---|
| Calibration of Mainshock Event-term using Aftershock records | Dongyoup Kwak | |
| Crustal thickness estimates beneath four seismic stations in Ethiopia inferred from p-wave receiver function studies | Birhanu A. Kibret | |
| Ambient stress field around the Korean Peninsula and Japanese islands | Junhyung Lee | |
| How to save people from earthquake | Kazuo Sasaki | |
| Seismic structure of the Nazca Plate subduction zone in southern Peru | Hobin Lim | |
| Seismic crustal structure beneath Jeju Island, South Korea using teleseismic P-receiver functions | Hyunsun Kang | |
| Modeling the anisotropic seismic properties of cracked materials using the effective medium theory with MATLAB-based software | Eunyoung Kim | |
| Toward a better understanding of large earthquakes influencing the Korean Peninsula: overall observed, historical, and anticipated earthquakes | SatByul Kim | |
| Implementation status of EEW operated by JMA | Keishi Noguchi | |
| Implementation of Earthquake Alarm System (Elarms) in Bursa and Yalova cities (BUYEEW), Northwest Turkey | Suleyman Tunc | |
| Smart-Seismometer (SAS-200) and its Application for Earthquake Early Warning in the Tokyo Metropolitan Area | Isao Takahashi | |
| Real-time mapping of maximum seismic intensity distribution using strong ground motion data from a dense seismic network | Kenji Kanjo | |
| Necessity of the knowledge about Earthquake Early Warning for inland countries | Orunbaev S. | |
| The Performance of NEEWS During Three Large Earthquakes | T. Y. Hsu | |
| Earthquake Early Warning Feasibility Study for India using Deep Learning | Surendra Nadh Somala |