摘要
基于CORTEX M4内核的STM32嵌入式系统,设计并实现了用于长期监测海洋地理环境参数(温度、盐度、湿度等)的潜标式海洋探测仪,给出了主控系统及各个模块的设计方案及选型,通过合理的功能分配,可靠的硬件设计和有效的软件实现,使探测仪具备低功耗、高可靠的特点。海试实验表明,主控系统实现了对探测仪的浮力调节、能源供电及应急处置等状态控制,通过在SOFAR声道工作,完成了对深海海洋要素的实时监测。
Based on the STM32 embedded system with CORTEX M4 core, this paper designs and implements long-term monitoring of marine geography environment parameters （temperature, salinity, humidity, etc.） through submersible marine detectors. This paper gives the design scheme and selected type of the main control system and each module is given and selection. Through a reasonable function distribution, reliable hardware design and effective software, the new-type submersible marine detectors are developed with low power consumption and high reliability characteristics. The sea test experiment shows that the main control system has realized effective control of the buoyancy, as well as energy supply and emergency disposal of the detectors, and has completed real-time monitoring of the ocean parameters by working in the SOFAR channel.
出处
《海洋技术学报》
2017年第5期22-26,共5页
Journal of Ocean Technology
基金
浙江省公益性项目资助(2015C31072)
滨海区科技计划资助项目(2015C3101)
关键词
STM32
主控系统
低功耗
实时监测
STM32
master control system
low power consumption
real-time monitoring
