農業部-水產試驗所全球資訊網農業部-水產試驗所全球資訊網

本研究針對澎湖棲地環境與本所種原庫養殖池，創新利用WSN無線傳輸技術應用於微氣候與水質監測。本年度計畫主要成果摘述如下：
1.結合太陽能、GPRS通訊與感測器技術，於澎湖內灣之海墘嶼旁設置一水下底碇式監測站及資料庫系統，可監測5種水質參數。
2.完成移動式養殖專用Zigbee模組與資訊系統設計開發，可監測3種微氣候參數及5種水質參數。
3.建置澎湖種原庫10餘種重要保育養殖生物之WSN工作網。現場配置Zigbee終端/路由器30個節點、閘道協調器5組與無線網路基地台6台。

This study applies new wireless sensor network (WSN) techniques to monitor the micro climate and water quality of ocean habitats of Penghu Island and aquaculture pools in Aquatic Germplasm Bank of Fisheries Research Institute. Results of 2010 year are summarized as follows:
1.An underwater and bottom-fix monitoring station near Hichenyu Islet, inside the bay of Penghu, was constructed to monitor 5 parameters of water quality by using solar-energy, GPRS-communication and sensor technology.
2.Designed and explored, for aquaculture particularly, a mobile Zigbee sensor module and a related information system to monitor 3 parameters of micro climate and 3 parameters of water quality.
3.A WSN working network was configured for 10 more preserved aquatic creatures in Aquatic Germplasm Bank by integrating hardware of 30 nodes of Zigbee end-devices/routers, 5 Zigbee coordinators and 6 WLAN APs.