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Committee Date Time Place Paper Title / Authors Abstract Paper #
RCC, ISEC, IT, WBS 2024-03-13
10:05		 Osaka Osaka Univ. (Suita Campus) A study of transmitter optical color selection for Underwater SLIPT system using Power Splitting receiver
Honoka Yoshinaga, Yusuke Kozawa, Hiromasa Habuchi (Ibaraki Univ.) IT2023-80 ISEC2023-79 WBS2023-68 RCC2023-62		 In recent years, underwater simultaneous light wave information and power transfer (USLIPT) system has attracted attenti... [more] IT2023-80 ISEC2023-79 WBS2023-68 RCC2023-62
pp.32-37
IT, ISEC, RCC, WBS 2022-03-11
11:10		 Online Online A study of Enhanced CSK constellation optimization in Underwater SLIPT using Time splitting receiver
Takuma Kogo, Yusuke Kozawa, Hiromasa Habuchi (Ibaraki Univ.) IT2021-117 ISEC2021-82 WBS2021-85 RCC2021-92		 In recent years, underwater simultaneous light wave information and power transfer (USLIPT) has been attracting attenuat... [more] IT2021-117 ISEC2021-82 WBS2021-85 RCC2021-92
pp.204-209
ITS, WBS, RCC 2020-12-14
15:15		 Online Online A study of CSK constellation point design for Underwater SLIPT using Time Splitting receiver
Takuma Kogo, Yusuke Kozawa, Hiromasa Habuchi (Ibaraki Univ.) WBS2020-19 ITS2020-15 RCC2020-22		 Simultaneous light wave information and power transfer (SLIPT) plays an important role in constructing a flexible underw... [more] WBS2020-19 ITS2020-15 RCC2020-22
pp.61-66
VLD, CPSY, RECONF, IPSJ-SLDM, IPSJ-ARC [detail] 2016-01-20
14:40		 Kanagawa Hiyoshi Campus, Keio University FPGA-based Tsunami Simulator developed by using stream-computing hardware compiler
Kohei Nagasu, Kentaro Sano (Tohoku Univ.), Fumiya Kono, Naohito Nakasato (The Univ. of Aizu) VLD2015-92 CPSY2015-124 RECONF2015-74		 Method of Splitting Tsunami (MOST) is a numerical solver of Shallow Water Equations (SWEs), which is used for forecastin... [more] VLD2015-92 CPSY2015-124 RECONF2015-74
pp.131-136
CPM, SDM, ED 2011-05-19
11:15		 Aichi Nagoya Univ. (VBL) Characterization of SiC photoelectrochemical properties for water splitting
Tomonari Yasuda, Masashi Kato, Masaya Ichimura (NIT) ED2011-6 CPM2011-13 SDM2011-19		 SiC is chemically stable material, and strong against corrosion with electrobath. In addition, because a part of polytyp... [more] ED2011-6 CPM2011-13 SDM2011-19
pp.27-31
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