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Design and validation of a low cost indoor environment quality data logger

机译:低成本室内环境质量数据记录器的设计和验证

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The appraisal of indoor environment quality in residential dwellings presents a range of technical challenges. Indoor environment quality (IEQ) is often described as having thermal, visual, aural and olfactory dimensions, each of which is assessed subjectively by the resident. While it is possible to objectively assess physical parameters relating to these aspects of IEQ either directly or indirectly, resident satisfaction with the environment is determined subjectively so must be inferred. In the field study of thermal comfort (FSTC) approach, objective physical measurements are collected simultaneously with resident preference and sensation information, usually via a diary or written survey. This research paper explores a new approach to residential IEQ appraisal which extends the FSTC approach to the visual, aural and olfactory dimensions using a low-cost data collection system based upon the Arduino micro controller platform. The paper describes the design developed, presents early validation results and draws preliminary conclusions. (C) 2017 Elsevier B.V. All rights reserved.
机译:住宅中室内环境质量的评估提出了一系列技术挑战。室内环境质量(IEQ)通常被描述为具有热,视觉,听觉和嗅觉维度,每个维度都由居民主观评估。虽然可以直接或间接客观地评估与IEQ的这些方面有关的物理参数,但必须对主观上的居民对环境的满意度进行主观判断。在现场研究热舒适性(FSTC)方法时,通常会通过日记或书面调查的方式,同时收集客观的身体测量结果以及居民的喜好和感觉信息。本研究论文探索了一种用于住宅IEQ评估的新方法,该方法使用基于Arduino微控制器平台的低成本数据收集系统,将FSTC方法扩展到视觉,听觉和嗅觉方面。本文描述了开发的设计,提出了早期的验证结果并得出了初步结论。 (C)2017 Elsevier B.V.保留所有权利。

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