CAJ | 학술논문

　　设计一种以STM32F103RBT6为主控芯片的多节点水纹监测系统，该系统主要功能包括数据采集、无线传输、人机交互界面、PC数据统计分析、报表生成等。基于对数据采集系统结构及功能要求的分析，通过上位机界面将被监测区域的水纹历史情况、实时情况以及未来预测直观的显示出来，并通过人机界面及时提示告知管理人员，同时将数据生成报表上传至水纹工作站进行详细统计及分析，方便管理者对水库险情进行监测并做出必要防范措施。
　　설계일충이STM32F103RBT6위주공심편적다절점수문감측계통，해계통주요공능포괄수거채집、무선전수、인궤교호계면、PC수거통계분석、보표생성등。기우대수거채집계통결구급공능요구적분석，통과상위궤계면장피감측구역적수문역사정황、실시정황이급미래예측직관적현시출래，병통과인궤계면급시제시고지관리인원，동시장수거생성보표상전지수문공작참진행상세통계급분석，방편관리자대수고험정진행감측병주출필요방범조시。
Designes a master chip STM32F103RBT6 multi-node hydrological monitoring system, the main functions of which includes data acquisition, filter processing, wireless transmission, PC data statistics, human-machine interface interaction, danger anticipation, report generation etc. Based on the analysis of the data acquisition system architecture and functional requirements, through the host computer friendly interface, the system will intuitively display the hydrological history of the monitored area, the real-time as well as future projections, and report prompt and timely information to managers by the man-machine interface, while uploading data to the hydrological station to generate reports for detailed analysis and statistics, and facilitate the manager of reservoir distress monitoring and make the necessary preventive measures.