山东科学
山東科學
산동과학
SHANDONG SCIENCE
2012年
3期
108-112
,共5页
吕斌%杜立彬%贺海靖%吴承璇%李正宝
呂斌%杜立彬%賀海靖%吳承璇%李正寶
려빈%두립빈%하해정%오승선%리정보
海底观测网%节点控制软件%Linux
海底觀測網%節點控製軟件%Linux
해저관측망%절점공제연건%Linux
sea floor observatory network%node control software-. Linux
节点系统是海底观测获取实时数据信息的通讯中继与控制终端。本文介绍了一种基于Linux的海底观测网节点电路软件设计方法,阐述了节点电路硬件环境、软件功能及节点客户端程序设计等内容。试验证明,该节点控制软件运行可靠,且易于岸站远程监控与维护。
節點繫統是海底觀測穫取實時數據信息的通訊中繼與控製終耑。本文介紹瞭一種基于Linux的海底觀測網節點電路軟件設計方法,闡述瞭節點電路硬件環境、軟件功能及節點客戶耑程序設計等內容。試驗證明,該節點控製軟件運行可靠,且易于岸站遠程鑑控與維護。
절점계통시해저관측획취실시수거신식적통신중계여공제종단。본문개소료일충기우Linux적해저관측망절점전로연건설계방법,천술료절점전로경건배경、연건공능급절점객호단정서설계등내용。시험증명,해절점공제연건운행가고,차역우안참원정감공여유호。
A node system serves as a communication relay or a control terminal to obtain real-time submarine data information. The paper presents a Linux based software design approach for sea floor observatory network node circuit. It highlights hardware components of node circuit, software functionality analysis and program design of a node client. Experiments prove that the node control software is stable and reliable, easy to be monitored and maintained by a shore station.