CAJ | 학술논문

介绍了一种基于嵌入式的房间温度场实时绘制系统，整个系统由分布房间中的采集节点、现场采集终端和远程数据中心组成。首先采集节点采集房间温度信息，经过现场采集终端的中转和远程数据中心通信，数据中心处理温度位置数据，将温度信息进行实时的可视化，即绘制温度场，反映一个时间段中的温度场变化。通过介绍采集节点的设计、现场采集终端设计和温度场绘制方法，并使用Labview软件，采用温度场绘制方法，绘制出形象的温度场图形。通过测试验证系统应用的可靠性和温度场图形绘制的准确性。
개소료일충기우감입식적방간온도장실시회제계통，정개계통유분포방간중적채집절점、현장채집종단화원정수거중심조성。수선채집절점채집방간온도신식，경과현장채집종단적중전화원정수거중심통신，수거중심처리온도위치수거，장온도신식진행실시적가시화，즉회제온도장，반영일개시간단중적온도장변화。통과개소채집절점적설계、현장채집종단설계화온도장회제방법，병사용Labview연건，채용온도장회제방법，회제출형상적온도장도형。통과측시험증계통응용적가고성화온도장도형회제적준학성。
This paper introduces a room temperature field based on the embedded real-time rendering system, the entire system consists of distributed collection of nodes in the room, on-site and remote data collection terminal centers. Communication first acquisition nodes collect room temperature information, field collection terminal transit and remote data centers, data center processing temperature position data, the temperature information in real-time visualization, which draws temperature field, reflecting the temperature field variation of a time segment. Introduction by acquisition node design, site acquisition terminal design and temperature field rendering method and using Labview software rendering method using temperature field and draw a graphic image of the temperature field. Reliability and accuracy of the temperature field graphics rendering through testing and validation system applications.