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Ozeki, Ryutaro*; Sekino, Kodai*; Suzuki, Tsuyoshi*; Sawai, Kei*; Takemura, Fumiaki*; Kawabata, Kuniaki; Yamashiro, Hideyuki*
no journal, ,
This paper proposed the browsing system and functions for underwater environmental data gathered by wireless sensor network. The discussions were done for the design approaches and implementation examples with gathered data.
Ozeki, Ryutaro*; Suzuki, Tsuyoshi*; Sawai, Kei*; Takemura, Fumiaki*; Kawabata, Kuniaki; Yamashiro, Hideyuki*; Ogasawara, Kei*
no journal, ,
This article describes our latest stationary underwater sensor node configuration that is used to construct an underwater monitoring sensor network (UMSN) to support the coral ecological system survey activities, and also describes about study of the required functions of a data browsing system to monitor information of underwater environmental conditions gathered by UMSN.
Suzuki, Tsuyoshi*; Ozeki, Ryutaro*; Sawai, Kei*; Yamashiro, Hideyuki*; Takemura, Fumiaki*; Kawabata, Kuniaki; Takahashi, Satoru*; Sagara, Shinichi*; Ogasawara, Kei*
no journal, ,
In the current study, we developed an underwater monitoring sensor network system to support the observational activities to maintain the coral reef environment. This paper describes the measurement method to detect the growth area of the coral for a quantitative evaluation of the coral condition change using fluorescence coral image by capturing the underwater monitoring sensor network.