[VI-307] Verification of detecting the waterway under railway bridges with the risk of scouring using satellite images

〇Hiroshi Kamiya¹, Kenichi Kuribayashi¹, Daisuke Satou¹ (1.East Japan Railway Company)

[VI-308] Development of system to detect bridge abnormalities (background and application to real bridges)

〇Yuuki Kubota¹, Tetsuya Fukumoto² (1.Nankai Electric Railway, 2.CSInspector)

[VI-309] Developmet of system to detect bridge abnormalities(efforts to detect signs)

〇Tetsuya Fukumoto¹, Ikuo Yoshida¹, Yuuki Kubota², Katsuhiro Yujiri³, Daiki Katou³, Katsufumi Takeda³ (1.CSInspector, 2.Nankai Electric Railway, 3.Kozobutsu-Sekkei)

[VI-310] around the bridge that I utilized a new technology

〇Naoki Hatakeyama¹, kiyoto tsuka¹, seiichi takada² (1.PacificConsultants, 2.satoudoboku)

[VI-311] Development of a Floationg Video-enable Device for Water-way Tunnels(Part 3)

〇Fumiaki Mori¹, Hiroshi Morioka¹, Sigeru Tsuruta¹, Masaru Yamauchi², Norimasa Onchi² (1.Tokyo Electric Power Company Holdings, Incorporated, 2.Tosetsu Civil Engineering Consultant, Incorporated)

[VI-312] Development of airship robot for inspection of water-channel tunnels

〇Seiji Matsuura¹, Koji Harada¹, Nobutoshi Nishimi¹, Ikuo Yamamoto² (1.NISHIMATSU CONSTRUCTION, 2.NAGASAKI UNIVERSITY)

[VI-313] Observation of cosmic-ray Muon for visualization of internal structure of Levee

〇Ryuhei Fukuda¹, Tadashi Yamada², Keiichi Suzuki³, Taro Kusagaya³ (1.Chuo University Graduate School, 2.Chuo University, 3.Kawasaki Geologocal Engineering Co., Ltd.)

[VI-314] Effectiveness of Tablet Utilization in River Management Facility Inspection

〇Youhei Hasegawa¹, Naoya Akaishi¹, Atsuto Onozuka², Jin Yamashita² (1.Pacicon Technical Management, 2.aksyz)

[VI-315] Introduction of the altitude diagnosis technology that I applied ICT in

〇akihiro suda¹, miharu kurumada¹, kouichi kuroda¹ (1.japan water agency)

Session information

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