Session Details

S02P

Mon. Sep 16, 2019 5:15 PM - 6:45 PM JST
Mon. Sep 16, 2019 8:15 AM - 9:45 AM UTC
ROOM P International Conference Halls II and III

[S02P-01]Performance Investigation of The JMA Strong Motion Velocity-type Seismographs

*Masayuki Tanaka1, Akio Katsumata1 (1. Meteorological Research Institute)

[S02P-02]The development of a spread type seismic intensity meter equipped with an MEMS acceleration sensor and the application.

*Jun Uchida1, Masahiro Ooi2, Kaoru Yoshioka3, Yoshiya Ouchi1, Keizo Motohashi1 (1. Kinkei System Corporation, 2. National Research Institute for Earth Science and Disaster Resilience, 3. Chiba Prefectural Goverment)

[S02P-03]Basic Characteristics of Accelerometer made with Crystal Oscillator (Part 2)

Shigeo Matsuda2, Kazuyuki Nakasendo3, *Hitoshi Morikawa1, Kahori Iiyama1 (1. Tokyo Institute of Technology, 2. Clover Tech Inc., 3. Seiko Epson Corporation)

[S02P-04]Experimental observation toward the realization of low-cost and high-density strong-motion observation network (2)

*Takashi Akazawa1, Takamori Ito2 (1. Geo-Research Institute, 2. aLab Inc.)

[S02P-05]Seismic observation using fiber optics and DAS at Azuma volcano – Estimation of heterogeneities using a dense observation

*Kentaro Emoto1, Takeshi Nishimura1, Hisashi Nakahara1, Satoshi Miura1, Mare Yamamoto1, Shunsuke Sugimura1, Takahiro Ueda1, Ayumu Ishikawa1, Tsunehisa Kimura2 (1. Graduate School of Science, Tohoku University, 2. Schlumberger)

[S02P-06]Construction of the seismic observation network around the Sea of Genkai, northwest Kyushu, Japan

*Manami Nakamoto1, Yoshihiro Sawada1, Keiji Kasahara1, Panayotopoulos Yannis1, Shutaro Sekine1, Shintaro Abe1 (1. Association for the Development of Earthquake Prediction)

[S02P-07]Development of a WIN/WIN32 format seismic waveform data reader

*Takuto Maeda1 (1. Graduate School of Science and Technology, Hirosaki University)

[S02P-08]Development of software for strong-motion seismometers using RaspberryPi

*Takamori Ito1 (1. aLab Inc.)

[S02P-09]An investigation into the optimal number of bins for phase picking based on the probabilistic density function of seismic wave amplitudes

*Mitsutaka Patrick Oshima1, Hiroshi Takenaka2 (1. Shimizu Corporation, 2. Okayama University)