Research keywords (5)：
Towing Tank Test
, Automatic Control
, Experimental Engineering
, Wave Height Measurement
, Measurement Engineering
Research theme for competitive and other funds (2)：
2019 - 2022 Development of Multipoint Measurement System for Hull Side Water Level on the Ship Applicable to Actual Ships
2011 - 2014 On the basic research on 3-D and real time measurement method of gas and liqid interface.
Papers (7)：
Makino Masahiko, Ikemoto Yoshinori, Goto Hidenobu, Hoshino Kunihiro. 2018S-GS23-2 Development of Electroconductive Wave Height Meter using Electric Current Detection Method. Conference Proceedings The Japan Society of Naval Architects and Ocean Engineers. 2018. 26. 577-579
SAKURADA Akiko, TSUJIMOTO Masaru, KURODA Mariko, IKEMOTO Yoshinori. 2016S-GS2-10 Reduction of the Added Resistance in Waves by COVE Bow. Conference Proceedings The Japan Society of Naval Architects and Ocean Engineers. 2016. 22. 147-150
Hoshino Kunihiro, hara Syoichi, Ikemoto Yoshinori, Kuroda Takako. 2007E-G6-2 Development and evaluation test of the speedometer for berthing operation support system. Conference Proceedings The Japan Society of Naval Architects and Ocean Engineers. 2007. 5E. 151-154
IKEMOTO Yoshinori, YAMANOUCHI Hiroshi. Ship Type Classification by Shape and Upper-structures on High-resolution satellite images. Journal of the Visualization Society of Japan. 2007. 27. Supplement1. 279-280
IKEMOTO Yoshinori, KIRIYA Nobuo. Vessel Recognition Using High-Resolution Satellite Imagery. Journal of the Visualization Society of Japan. 2005. 25. Supplement1. 425-426
牧野 雅彦, 池本 義範, 後藤 英信, 星野 邦弘. 導電性材料を用いた電流検出方式による電気抵抗式水位計の開発-Development of Electroconductive Wave Height Meter using Electric Current Detection Method. 日本船舶海洋工学会講演会論文集 Conference proceedings, the Japan Society of Naval Architects and Ocean Engineers. 2018. 26. 577-579
TAGUCHI Harukuni, SHOJI Kuniaki, IKEMOTO Yoshinori. An Analysis of the Capsizing Accident of a Small Fishing Boat. NAVIGATION. 2013. 185. 8-13
TAGUCHI Harukuni, IKEMOTO Yoshinori. An Analysis of the Capsizing Accident of a Small Fishing Boat(<Special Edition>Safety of Maritime at Present). 2010. 10. 2. 193-197
Hitomi Kazuo, Yamanouchi Hiroshi, Majima Takahiro, Yamagishi Susumu, Sasano Masahiko, Kiriya Nobuo, Hoshino Kunihiro, Yamaguchi Yoshitaka, Taguchi Noboru, Ikemoto Yoshinori, et al. Monitoring System for Detection of Spilled Hazardous Substances. 2007. 6. 4. 437-451
桐谷 伸夫, 山之内 博, 池本 義範. 高分解能衛星画像を利用した船舶の航行実態観測. 独立行政法人海上技術安全研究所研究発表会講演集 = General meeting of National Maritime Research Institute / 海上技術安全研究所 編. 2005. 5. 153-156
Wave heignt measurement device and floating structure equipped with the measurement device
波浪計測装置、波浪計測情報伝達システム、及び浮体
液面計測システム、船舶
救命艇装置
Lectures and oral presentations (16)：
2018S-GS23-2 Development of Electroconductive Wave Height Meter using Electric Current Detection Method
(Conference Proceedings The Japan Society of Naval Architects and Ocean Engineers 2018)
2016S-GS2-10 Reduction of the Added Resistance in Waves by COVE Bow
(Conference Proceedings The Japan Society of Naval Architects and Ocean Engineers 2016)
Development and Evaluation of a New Measurement System for Ship Hull-Side Wave Profiles Using Electro-Conductive Paint
(OCEANS, 2012 - YEOSU 2012)
C-2-115 Development of Millimeter Wave Radar System for Berthing Operation Support and Ocean Wave Observation
(Proceedings of the IEICE General Conference 2007)
Ship Type Classification by Shape and Upper-structures on High-resolution satellite images
(Transactions of Visualization Society of Japan 2007)
