基于集中式智能控制系统上位机数据采集算法  

Based on Centralized Intelligent Control System Data Collection Algorithm Design

作　　者：李跃新[1] 郑诗峰[2] 杨岗[1] 

机构地区：[1]湖北大学计算机与信息工程学院,武汉430064 [2]湖北第二师范学院学报编辑部,武汉430076

出　　处：《计算机测量与控制》2015年第3期873-875,879,共4页Computer Measurement &Control

基　　金：湖北省国际交流与合作项目(2012IHA0140)

摘　　要：将集中式控制系统常用的二层结构改进为智能化三层结构的设计方案,即传感器、智能巡检仪和上位机;上位机既可以直接读取传感器的数据也可读取智能巡检仪的采集数据;此方案较好地解决了二层结构所出现的问题,并且也适合较大规模的其它类型的控制系统;但这种设计方案存在当传感器数量规模较大时上位机所采集数据出现丢失现象;针对上述存在的问题,提出了一种新的利用数据库的历史数据及工艺控制曲线的线性特征的数据采集补赏算法,该算法可以较好地解决数据丢失的问题;最后文章以温控系统为例设计了仿真平台,仿真了在较大规模控制环境下提出的算法性能,从实验结果可以发现,文章提出的方法可以弥补数据丢失问题,具有一定的实用性能。This article describes a design scheme which changes the commonly used bi--layer structure of centralized temperature control systems into three--tier structure, which contains three layers., thermostat, intelligent logging device and upper computer. Upper computer can directly read data both from thermostat and the data collected by intelligent logging device. This scheme can solve the problems resulting from two--layer structure well and is also suitable for larger--scale control systems of other types. However, there still exists data loss in this scheme when systems reach a great scale. The article proposes a method of using historical data in the database and linear attributes of temperature curves to improve data collection algorithm, preferably solving this data loss problem. And temperature control system, for ex- ample simulation algorithm performance in large--scale control environment, test results achieved research purposes.

关 键 词：温控器 智能巡检仪 上位机 数据采集 

分 类 号：TP399[自动化与计算机技术—计算机应用技术]