移动通信
移動通信
이동통신
Mobile Communications
2015年
20期
50-56
,共7页
短波通信%实时探测%动态管控
短波通信%實時探測%動態管控
단파통신%실시탐측%동태관공
high-frequency communication%real-time detection%dynamic management and control
短波是远洋运输船舶与交通指挥中心之间远距离通信的重要手段，而探测选频系统是保障短波通信可靠的基础。先对现有的短波模式进行了分析，提出了基于实时探测的动态管控模式，并经过多次远距离试验，验证了该模式的合理性和有效性，最后对未来短波远洋通信提出了若干建议。
短波是遠洋運輸船舶與交通指揮中心之間遠距離通信的重要手段，而探測選頻繫統是保障短波通信可靠的基礎。先對現有的短波模式進行瞭分析，提齣瞭基于實時探測的動態管控模式，併經過多次遠距離試驗，驗證瞭該模式的閤理性和有效性，最後對未來短波遠洋通信提齣瞭若榦建議。
단파시원양운수선박여교통지휘중심지간원거리통신적중요수단，이탐측선빈계통시보장단파통신가고적기출。선대현유적단파모식진행료분석，제출료기우실시탐측적동태관공모식，병경과다차원거리시험，험증료해모식적합이성화유효성，최후대미래단파원양통신제출료약간건의。
HF communication is an important means to guarantee long-range communication between ocean-going ships and communication and command center. The system of detection and frequency selection is the basis of providing reliable HF communication. Existing HF modes were analyzed to propose a dynamic management and control mode based on real-time detection. After multiple long-range communication experiments, the feasibility and effectiveness of the mode were veriifed. Finally, some comments on HF communication in the future were put forward.
