CAJ | 학술논문

针对传统分布式波浪测量系统缺乏总体监控管理、采集同步性不高的问题，研制一种新型分布式波浪测量系统。系统由多个前端数据采集器和数据监控管理服务器组成。系统完成上电加载后，数据监控管理服务器首先对前端数据采集器的时间同步。数据采集器对采集进行精确定时、触发和同步控制，从而同步采集多通道数据。数据监控管理服务器实现对波高、周期数据的实时监控、统计分析、存储、查询和下载。多组不同工况比对试验表明，新型波浪测量系统不仅对试验数据具有较好的监控管理能力，且测量准确，具有较好的应用前景。
침대전통분포식파랑측량계통결핍총체감공관리、채집동보성불고적문제，연제일충신형분포식파랑측량계통。계통유다개전단수거채집기화수거감공관리복무기조성。계통완성상전가재후，수거감공관리복무기수선대전단수거채집기적시간동보。수거채집기대채집진행정학정시、촉발화동보공제，종이동보채집다통도수거。수거감공관리복무기실현대파고、주기수거적실시감공、통계분석、존저、사순화하재。다조불동공황비대시험표명，신형파랑측량계통불부대시험수거구유교호적감공관리능력，차측량준학，구유교호적응용전경。
To resolve the problems of traditional distributed wave measuring system, such as the lack of overall monitoring management and synchronous acquisition, a new type of distributed wave measuring system is developed and introduced in this paper. It consists of multiple front-end data acquisition units and data monitoring and management server. After powering on the system, the data monitoring and management server synchronizes the time of data acquisition units which carries out precise timing, triggering and control synchronizing, so as to collect multi-channel data. The data monitoring and management server can achieve the real-time monitoring, analysis, storage, inquiry and download for wave height and wave period data. According to the results of comparative tests, the novel system is characterized by accurate measurement and good monitoring management, which has a promising prospect in future applications.