Architecture of Marine Environmental Parallel Monitoring System Based on the Lanhai Information Network
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摘要: 针对目前海洋环境监测体系顶层设计不足、各监测手段间统一调度与管理缺乏、监视数据关联分析缺失等问题, 提出了基于蓝海信息网络的海洋环境平行监测系统架构; 详细描述了海洋环境监测人工系统的构建方法, 以及计算实验方案; 最后, 构建完备的海洋环境监测平行系统, 通过平行执行为海洋环境监测的高效、智能管理与运营提供保障, 对减少海洋环境监测基础设施冗余建设、降低人力与物理成本、提高运营能力, 实现海洋环境监测的可持续发展必将产生深远的影响.Abstract: The architecture of marine environmental parallel system based on the Lanhai information network is proposed by using the artificial environmental systems, computational experiments, and parallel execution (ACP) method, in view of the problems of insufficient top-level design of the marine environmental monitoring system, the lack of unified scheduling and management among various monitoring means and the inefficiency of the correlation analysis of monitoring data. The system modeling method and computational experiments system are described in detail. A complete marine monitoring and control system is constructed to ensure the efficient and intelligent management and operation of the marine environmental monitoring, which will have a far-reaching impact on reducing the redundant construction of the marine environmental monitoring infrastructure, reducing the human and physical costs, improving the operational power and achieving the sustainable development of the marine environment monitoring.
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图 1 海洋环境平行监测体系框架
Fig. 1 The framework of marine environmental parallel monitoring system
图 2 海洋环境平行监测体系框架
Fig. 2 The architecture of marine environmental parallel monitoring system
图 4 基于蓝海信息网络的海洋环境平行监测体系框架
Fig. 4 Framework of parallel monitoring system for marine environment based on the Lanhai information network
表 1 海洋环境监测传感器
Table 1 Marine environmental monitoring sensor
观测参数 传感器 温深盐仪CTD 可连续测量 温度 抛投式温深仪XBT 抛弃式, 不可回收, 测量范围 450 m以浅 抛弃式XCTD 抛弃式, 不可回收 温深盐仪CTD 可连续测量 盐度 抛投式温深盐仪XBT 抛弃式, 不可回收, 测量范围 450 m以浅 抛弃式XCTD 抛弃式, 不可回收 声学多普勒海流计ADCP 工作深度 $50\sim 6\;000 $ m海流 电磁海流计 倾斜影响大 声学多普勒海流计(单点式) 可连续测量 声学测波仪 放置于海底, 通过回波信号测量波高 海浪(波向、波高) 雷达测波 海杂波反演海面波高 波浪浮标 可连续测量 漂流浮标 需要浮体具有较好的随波性 潮汐/潮位(水位) 声学水位计/超声波验潮计 可连续测量 压力式验潮仪 可连续测量 GPS验潮 可连续测量 重力 旋转型重力仪 按照设定频率采样 直线型重力仪 按照设定频率采样 磁力 铯光泵磁力仪 对铁磁性物质很敏感, 搭载平台必须为无磁性或弱磁性 回声测深仪 可连续测量 海底地形(水深) 多波束测深 能一次给出与航线相垂直的平面内的几十个甚至上百个深度 
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