[Remo] Join the Remo

[AS-P-01] High resolution image acquired by deep sub-bottom profiling of small-scale features using complex attributes analysis on northeastern Hawaiian Arch

*Mikiya Yamashita^1,2, Seiichi Miura², Ryo Miura^2,3 (1. National Institute of Advanced Industrial Science and Technology (AIST) (Japan), 2. Japan Agency for Marine-Earth Science and Technology (JAMSTEC) (Japan), 3. Nippon Marine Enterprises, Ltd. (Japan))

[SE-P-01] Enhancing seismic fault extraction through multiple Ant Tracking on cloud environment.

*Mohamed Amrouche¹, Ayako Otakara¹, Kwangho Lee¹, Misa Okada¹ (1. Schlumberger (Japan))

[GP-P-01] Measurement of wave polarization scattered by a cylindrical conductor with a dipole and loop array borehole radar

*Satoshi Ebihara¹, Koki Koyama¹, Hisaya Yamamoto¹, Yuki Tsujikawa¹, Tomoya Kako¹ (1. Osaka Electro-Communication Univ. (Japan))

[GP-P-02] Estimation of the direction of an object by directional borehole radar with dipole array for a transmitter and a receiver

*Yuki Tsujikawa¹, Satoshi Ebihara¹, Koki Koyama¹, Tomoya Kako¹, Hisaya Yamamoto¹ (1. Osaka Electro-Communication Univ. (Japan))

[GP-P-03] Detecting the depth range of subsided zone in asphalt pavement caused by traffic load using ground-penetrating radar

*Yusuke Oishi¹, Kyosuke Onishi¹, Takayuki Kobayashi² (1. Public Works Researth Intitute (Japan), 2. Public Works Research Institute (current address: OYO Corporation) (Japan))

Cancelled

[GP-P-04] Spectral analysis of reflected waves in ground penetrating radar signals

*Fuka Yamamoto¹, Yuki Fujiyasu¹, Kazuhei Miwa¹, Tada-nori Goto¹ (1. Graduate School of Science, University of Hyogo (Japan))

[DE-P-01] Monitoring of rainfall infiltration on slopes by electrical resistivity and self-potential survey

*Kenji Kubota¹ (1. Central Research Institute of Electric Power Industry (CRIEPI) (Japan))

[DE-P-02] Fundamental experiments of electrical impedance tomography for human body

*Yuki Oshima¹, Tada-nori Goto¹ (1. Graduate School of Science, University of Hyogo (Japan))

[GM-P-01] Surface displacement based on InSAR analysis and seismic damage associated with the 2016 Kumamoto Earthquake

*Yoshiya Oda¹, Nanako Yokota¹, Hiroyuki Azuma¹ (1. Tokyo Metropolitan University (Japan))

[BH-P-01] Anisotropy Based Wireline Logging Data Normalization in Shale Gas Horizontal wells and Customized Formation Evaluation in Changning Shale Gas Field

MAO JIE LIAO¹, BIN LIN², ZHONG LI³, YANG YANG¹, YAN HUI FU², *HE FA YAO² (1. PetroChina Southwest Oil and Gas Field Company Shale Gas Research Institute (China), 2. Beijing Hongrui Intelligent Energy Technology Co. (China), 3. PetroChina Southwest Oil and Gas Field Company (China))

[MO-P-01] Practical hybrid gravity monitoring

*Mituhiko Sugihara¹, Hiroki Goto¹ (1. Geological Survey of Japan, AIST (Japan))

Cancelled

[RP-P-01] Evaluating Oligocene Intra Platform Reef Carbonate Reservoir Potential Using Advance Model of Seismic Facies Analysis and Seismic Inversion – A Case Study Barito Basin Indonesia

*Yarris Ibdian Cakra^1,2, Abdul Haris¹, Afriadhi Triwerdhana², Neni Herawati² (1. University of Indonesia (Indonesia), 2. Pertamina EP (Indonesia))

[NS-P-01] Statistical analysis of the Vs30 structure of Almeria city (Southeast of Spain) inferred from topographic slope method

*Fernando López¹, Manuel Navarro², Pedro Martínez-Pagán³, Antonio García-Jerez², Jaruselsky Pérez-Cuevas⁴, Takahisa Enomoto⁵ (1. Civil Protection Service of Junta de Andalucía, Almería, Spain (Spain), 2. Department of Chemistry and Physics, University of Almería, 04120 Almería, Spain (Spain), 3. Department of Mining and Civil Engineering, Universidad Politécnica de Cartagena, 30203 Cartagena, Spain (Spain), 4. Engineering Sciences, Pontificia Universidad Católica Madre y Maestra, 2748 Santo Domingo, Dominican Republic (Dominican Republic), 5. Department of Building Engineering, University of Kanagawa, Yokohama, Japan (Japan))

[NS-P-02] Simulation of microtremor exploration using 3D finite difference method to study the effect of velocity anomaly on the observed phase velocity

*Haruhiko Suzuki¹, Koichi Hayashi¹, Chisato Konishi¹ (1. OYO (Japan))

[NS-P-03] Phase velocity estimation using horizontal partial differential components of microtremor array measurements

*Michihiro Ohori¹, Hirotoshi Uebayashi², Kunikazu Yoshida³ (1. University of Fukui (Japan), 2. Kyoto University (Japan), 3. Geo-Research Institute (Japan))

[DM-P-01] Attenuation characteristics of Hachijojima volcano using twofold spectral ratio method

*Utako Watanabe¹, Hiroyuki Azuma¹, Yoshiya Oda¹ (1. Tokyo Metropolitan Univ. (Japan))

[DM-P-02] Microseisms observed during typhoon passage

*Tomiichi Uetake¹ (1. Tokyo Electric Power Company Holdings (Japan))

[DM-P-03] Comparison of house damage and microtremor results in past earthquakes

*Tsutomu Ochiai¹, Takahisa Enomoto¹, Yoshiya Oda², Michio Miyano³, Eisuke Ikuta³, Manuel Navarro⁴ (1. Kanagawa University (Japan), 2. Tokyo Metropolitan University (Japan), 3. Osaka City University (Japan), 4. Almeria University (Spain))

[DM-P-04] Evaluation of site amplification factors in north-west morioka area by microtremor array surveys

*Hidekazu Yamamoto¹, Toshinobu Wada¹, Tsuyoshi Saito¹ (1. Iwate University (Japan))

[DM-P-05] High-resolution velocity image beneath Hachijojima Island from dense seismic observation data

*Shotaro Kanke¹, Hiroyuki Azuma¹, Yoshiya Oda¹ (1. Tokyo Metropolitan Univ. (Japan))

[DM-P-06] A spontaneous dynamic fault rupture simulation without giving a priori rupture starting area and rupture stopping area

*Masayuki Yamada¹, Koji Hada¹, Ryuta Imai², Hiroyuki Fujiwara³ (1. NEWJEC Inc. (Japan), 2. Mizuho Research & Technologies, Ltd. (Japan), 3. National Research Institute for Earth Science and Disaster Resilience (Japan))

[DM-P-07] Examination of the S-wave velocity structures by the autocorrelation function using the strong motion records in the Ishikari Plain

*Naofumi Nakagawa¹, Nobuo Takai¹, Michiko Shigefuji² (1. Hokkaido Univ. (Japan), 2. Kyushu Univ. (Japan))

[DX-P-01] Rupture process of rock mass including weak zones using three-dimensional discrete element method (3D-DEM)

*Kazuma Okada¹, Seiichiro Kawahara¹, Tada-nori Goto¹, Daigo Furukawa², Satoru Yamaguchi² (1. University of Hyogo (Japan), 2. Osaka City University (Japan))

Session information

Poster