CAJ | 학술논문

海底观测网通过光电复合缆为运行于海底的各种物理、化学、地质、生物等传感器提供连续电能和数据带宽，是近几年海洋科学研究的新的重要手段。介绍了中国科学院重大科技基础设施预先研究项目--南海海底观测示范网控制系统的整体结构、硬件及软件系统设计。经过水池试验表明：研究的控制系统能够实现视频、控制命令等信息通过光纤以太网的实时双向传输，能够实现对电能质量指标和绝缘、漏水等安全指标的实时监控，能够实现故障的智能处理，满足设计要求。
해저관측망통과광전복합람위운행우해저적각충물리、화학、지질、생물등전감기제공련속전능화수거대관，시근궤년해양과학연구적신적중요수단。개소료중국과학원중대과기기출설시예선연구항목--남해해저관측시범망공제계통적정체결구、경건급연건계통설계。경과수지시험표명：연구적공제계통능구실현시빈、공제명령등신식통과광섬이태망적실시쌍향전수，능구실현대전능질량지표화절연、루수등안전지표적실시감공，능구실현고장적지능처리，만족설계요구。
Ocean observatories provides continuous power and data bandwidth for various kinds of physical, chemical,geological and biological sensors by hybrid power/optical fiber cables,which is new important way for ocean research recently. Present total configuration of the control system and the design of hardware and software system of the significant science and technology infrastructure advance research project“South China Sea Subsea Demonstrated Observatory”. The experimental results prove that the system can meet the requirements of transmitting video signals and datas by optical fibers,monitoring and controlling the security of system such as insulation and leaking.