CAJ | 학술논문

针对葡萄大棚种植栽培的需要，提出了一种基于可编程片上系统的葡萄大棚远程监测系统。该系统中工作节点与数据汇聚节点都基于可编程片上系统实现，并可根据具体使用需求灵活配置节点外设及内核模块。系统可对土壤温湿度、环境温湿度、日光辐照等葡萄大棚内种植参数进行采集，并可实现基本的大棚机电操作控制功能。还讨论了基于 JSP 技术实现上位机监测控制功能用户端的方法。该系统具有使用灵活、功能伸缩性好、通用化程度高、配置便捷与使用方便等特点，可望为葡萄大棚栽培提供较为方便的工程实践支持。
침대포도대붕충식재배적수요，제출료일충기우가편정편상계통적포도대붕원정감측계통。해계통중공작절점여수거회취절점도기우가편정편상계통실현，병가근거구체사용수구령활배치절점외설급내핵모괴。계통가대토양온습도、배경온습도、일광복조등포도대붕내충식삼수진행채집，병가실현기본적대붕궤전조작공제공능。환토론료기우 JSP 기술실현상위궤감측공제공능용호단적방법。해계통구유사용령활、공능신축성호、통용화정도고、배치편첩여사용방편등특점，가망위포도대붕재배제공교위방편적공정실천지지。
For greenhouse grape remote monitoring, we propose a monitoring system based on PSoC. The configurable end node and sink node are designed based on PSoC. Cultivation parameters collection on soil temperature/humidity, ambient temperature, humidity, solar radiation, and grape in greenhouse and basic mechanical/electrical greenhouse control functions can be realized. The host program is realized with JSP. Result indicates that the system is flexible and scalable , has factures such as high degree of generalization and configuration, convenient and easy to use features, and is expected to provide more convenience for grape in greenhouse cultivation of engineering support.