摘要
为了提高深海海底边界层原位数据的实时稳定监测,整个系统采用了9台深海仪器,以ARM9作为控制核心,以Linux系统为软件平台,MSP430单片机作为硬件设备电源控制系统,组成了实时、自动化、稳定的深海数据采集控制与管理;系统采用了双ARM嵌入式系统冗余控制与数据存储设计;该系统分别随东方红2号与海洋4号出海海试,并获得了满意的结果;结果说明该系统具有较高的稳定性与可靠性;
In order to improve the stability of in-situ data＇s real-time monitoring on deep-sea submarine boundary layer, the whole system uses 9 deep-sea instruments, in which ARM9 is taken as a control core, Linux system as a software platform, and MSP430 single chip microcomputer as a power control system of hardware equipments. They formed the automation control and management of stable real-time deep-sea data acquisition. The system adopts double ARM embedded system redundancy control and data storage design. The system respectively followed No.2 Dongfanghong and No.4 Ocean for sea trial, and obtained satis- factory results. The results indicate that the system has high stability and reliability.
出处
《现代电子技术》
2013年第4期144-146,共3页
Modern Electronics Technique
基金
国家863项目名称:深海海底边界层原位监测技术(2009AA09Z201)
