民用建筑换气率与室内空气质量的关系建模分析研究
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摘要
为了提高民用建筑换气率与室内空气质量关系分析的准确率,设计换气率与空气质量关系分析模型对二者关系进行有效分析。根据当前自然环境参数,以测试、故障隔离、可测试性输入理论、不可测试输入理论四部分为核心,建立可测试性环境信息流,利用ATS中线性测评逻辑,建立因素逻辑关系模型,引入环境信息流,将模型简化为关系逻辑动态分析链,获取超差相关性关系矩阵;将换气率与空气质量带入关系链,通过对应矩阵,针对二者超差检定结果,获取对应相关性关系公式,完成二者关系分析。
In order to improve the accuracy rate of relationship analysis between ventilation rate and indoor air quality in civil buildings, an analysis model was designed to effectively analyze the relationship between ventilation rate and air quality. Based on the current environment parameters to test, fault isolation, testability input theory, the theory cannot be tested input four parts as the core. The study established testability environment information using the linear measurement logic in the ATS, logic relationship model, introducing the environmental information flow, to simplify the model for dynamic analysis of relationship between logic chain, gain an out-of-tolerance correlation matrix. The relationship between air ventilation rate and air quality is brought into the relationship chain. Through the corresponding matrix, the correlation between them is obtained according to the over error detection results.
In order to improve the accuracy rate of relationship analysis between ventilation rate and indoor air quality in civil buildings, an analysis model was designed to effectively analyze the relationship between ventilation rate and air quality. Based on the current environment parameters to test, fault isolation, testability input theory, the theory cannot be tested input four parts as the core. The study established testability environment information using the linear measurement logic in the ATS, logic relationship model, introducing the environmental information flow, to simplify the model for dynamic analysis of relationship between logic chain, gain an out-of-tolerance correlation matrix. The relationship between air ventilation rate and air quality is brought into the relationship chain. Through the corresponding matrix, the correlation between them is obtained according to the over error detection results.
引文
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[2]刘成.基于变权集对分析的室内空气品质的评价研究[J].环境科学与管理,2017,42(4):177-181.
[3]张中文,王玖,孙红卫,等.基于广义泊松模型的空气质量对医院呼吸科门诊人次的影响研究[J].现代预防医学,2017,44(7):1157-1160.
[4]王玮,强杰,王烁,等.基于环境库兹涅茨模型的石家庄市经济发展与空气质量关系实证研究[J].河北工业科技,2016,33(5):397-403.
[5]陈春,郭美红,瞿君,等.我国城市空气质量中的研究和探索——基于结构方程模型的多组分析[J].生态经济,2016,32(12):142-145.
[6]程志强,连鸿鹏.物联网通信特征数据信息加密仿真研究[J].计算机仿真,2016,33(11):324-327.
[7]肖正,祁孟阳,朱家明.基于多元线性回归模型的合肥市空气质量实证研究[J].兰州文理学院学报(自然科学版),2017,31(4):13-19.