CAJ | 학술논문

提出了一种由监控中心层、水下接驳盒层和海底观测传感器层构成的海底观测网络监控系统分层总体结构。监控系统以海底接驳盒为核心节点，采用温湿度传感器和继电器相结合的方法，实现对海底观测网络的监测控制。实验测试数据表明系统能够用于海底观测网络的实时信息采集监测。
제출료일충유감공중심층、수하접박합층화해저관측전감기층구성적해저관측망락감공계통분층총체결구。감공계통이해저접박합위핵심절점，채용온습도전감기화계전기상결합적방법，실현대해저관측망락적감측공제。실험측시수거표명계통능구용우해저관측망락적실시신식채집감측。
A sort of layered general architecture of the monitoring system is presented,which is composed of the monitoring and control center layer,the underwater junction box layer, and the seafloor observatory sen-sors layer. Underwater junction box was a core node for the monitoring and control system. The combination of temperature and humidity sensor and relay were used to implement the monitoring of seafloor observatory network.The test data of experiments show that the system can be used for the realtime information acquisi-tion and monitoring as a seafloor observatory network.