CAJ | 학술논문

针对传统的水产养殖向工厂化、集约化发展过程中监测手段薄弱等问题，提出一种水产养殖在线监测系统的设计方案。该系统基于嵌入式技术、结合GSM/GPRS通信与射频无线传输技术，主要实现对水产品生长的水环境因素(温度、PH 值和溶解氧含量)进行实时监测。智能化的设计使监测人员根据异常数据及时采取有效措施。实验证明：系统结构简单，功能易扩展，实测数据误差小，适用于工厂化的水产养殖领域。
침대전통적수산양식향공엄화、집약화발전과정중감측수단박약등문제，제출일충수산양식재선감측계통적설계방안。해계통기우감입식기술、결합GSM/GPRS통신여사빈무선전수기술，주요실현대수산품생장적수배경인소(온도、PH 치화용해양함량)진행실시감측。지능화적설계사감측인원근거이상수거급시채취유효조시。실험증명：계통결구간단，공능역확전，실측수거오차소，괄용우공엄화적수산양식영역。
In order to solve the problem of lack of monitoring tools in current aquaculture, a scheme for aquaculture monitoring system is proposed. The system based on embedded technology, GSM/GPRS communication technology and RF wireless transmission technology is mainly realizes the real-time monitoring of aquaculture environmental indicators, such as temperature, dissolved oxygen content, PH value, etc. The system has the advantages of simple structure, fast data transmission speed, easy expansion function, etc. The aquaculture monitoring system is suitable for many fields, such as industrial aquaculture, water environment, intelligent greenhouse and so on.