A dynamically adaptable real time data acquisition and display system
A dynamically adaptable real time data acquisition and display system
复制标题
动态自适应的实时数据采集和显示系统
DOI：
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发表时间：
1995
期刊：
影响因子：
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通讯作者：
D. Sides
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文献类型：
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作者：
D. Sides
约翰·霍普金斯大学应用物理实验室（JHU/APL）在海军海洋学家和第十二潜艇发展中队指挥官的资助下，生产了一种实时数据采集和显示系统，使美国潜艇能够在标准巡逻行动中测量现场海洋环境。该系统由动态适应性架构组成，允许以“即插即用”方式使用各种海洋数据传感器源。这种适应性体现在整个系统的配置管理、数据采集、校准、处理和可用数据显示方面。有故障的传感器包可以无缝替换，并且可以添加以前未知的传感器类型，所有这些都不会影响软件。该架构的核心是“数据字典”，这是一个动态可配置的数据库，描述了实现系统目标所需的传感器数据的所有方面。
The Johns Hopkins University Applied Physics Laboratory (JHU/APL), sponsored by the Oceanographer of the Navy and the Commander of the Submarine Development Squadron Twelve, has produced a real time data acquisition and display system to allow U.S. submarines to measure the in-situ ocean environment during standard patrol operations. The system is composed of a dynamically adaptable architecture that allows for a variety oceanographic data sensor sources in a "plug and play" fashion. This adaptability is carried throughout the system in terms of configuration management, data acquisition, calibration, processing and display of the available data. Faulted sensor packages can be replaced seamlessly, and previously unknown sensor types can be added, all with no software impact. At the heart of this architecture is the "Data Dictionary", a dynamically configurable data base that describes all aspects of the sensor data necessary to carry out the system objectives.