To solve the problem of lacking information processing architecture and the precision deficiency of the collected data for modern greenhouse monitoring and management systems, we propose support degree measurement algorithm(SDMA), which can joint disposal several data. Then we construct a three-layer information processing model (TDPM) with the combined utilization of SDMA, compatibility matrix algorithm and adaptive weighted estimate algorithm. Finally, we test the performance of TDPM by VC++ in the greenhouse of Bailey, Zhengzhou. The field experiments showed that, compared with traditional agricultural data collecting and device controlling system, our system with TDPM could realize the real-time measurement and controlling effectively, as well as achieve the aim of gathering more accuracy data and controlling devices automatically.%针对现代温室监控管理系统信息处理体系缺失、采集信息精度不足的问题,提出了一种协同处理多维数据的支持度测量算法,并与相融矩阵法、自适应加权平均法结合,构建了一种三层信息处理模型(TDPM).在郑州贝利得的温室中通过VC++对该模型进行了性能测试,实地实验表明,相较于传统的农业采集与控制系统,搭载该模型的系统可有效实现温室环境的实时测量与自动控制,达到采集信息精确化,设备控制自动化的目标.
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