CAJ | 학술논문

针对蔬菜大棚环境监控问题，设计了一种基于物联网的环境监控系统，介绍了系统传感网关的开发过程。网关硬件以嵌入式ARM处理器为核心，实现了多节点监控以及环境信息的处理与传输。软件采用Linux 操作系统，配合数字降噪等技术，获得了高精度的监控数据。通过试验证明，该系统不仅完成了分布式多节点环境参数监控，还能通过对数据的深度挖掘，实现多种智能化服务。
침대소채대붕배경감공문제，설계료일충기우물련망적배경감공계통，개소료계통전감망관적개발과정。망관경건이감입식ARM처리기위핵심，실현료다절점감공이급배경신식적처리여전수。연건채용Linux 조작계통，배합수자강조등기술，획득료고정도적감공수거。통과시험증명，해계통불부완성료분포식다절점배경삼수감공，환능통과대수거적심도알굴，실현다충지능화복무。
In order to solve environmental monitoring problem of vegetable greenhouses,an environ-mental monitoring system based on internet of things was designed,the sensor gateway development process of this system was introduced.Embedded ARM processor was the core of the gateway hardware, multi-node monitoring as well as the processing and transmission of the environmental information were re-alized.The software was based on the Linux operating system,with a digital noise reduction technology, high-precision monitoring data was obtained.The application of this system showed that it not only realized distributed multi-node environment parameter monitoring,but also achieved a variety of intelligent services by data mining.