Design and research for lower computer system of wave buoy based on GPRS technology

Z. Wu, J. Geng, Shuai Zhang
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引用次数: 0

Abstract

Wave buoy has been more widely applied in the ocean measuring field, and the bidirectional communication between the wave buoy and the data center has become a hot area of research. The communication system transmits signal securely and effectively to the upper computer system for our references, and concurrently, accurately executes commands from upper computer system on lower computer system. Based on the GPRS wireless technology and took SCM as the core of whole system, this paper designs the lower computer system and completes the bidirectional communication. The SCM not only sends the digital voltage data acquired and packaged after A/D conversion, but also accepts the commands from upper computer system to control and set the work pattern. By analyzing system, this design possesses a good feasibility, great transmission efficiency, little professional maintain, and less cost.
基于GPRS技术的波浪浮标下位机系统设计与研究
波浪浮标在海洋测量领域的应用越来越广泛,波浪浮标与数据中心的双向通信成为研究的热点。该通信系统安全有效地将信号传输到上位机系统,以供参考,同时将上位机系统发出的指令准确地执行到下位机系统。基于GPRS无线技术,以单片机为整个系统的核心,设计了下位机系统,完成了双向通信。单片机将采集到的经过A/D转换后封装的数字电压数据发送出去,并接受上位机系统的指令进行控制和设定工作模式。通过系统分析,本设计具有可行性好、传动效率高、专业维护少、成本低等优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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