Simulated Optimization of Building Environment for the Elderly in Severe Cold Area

Dandan Wang, Xiaodong Wang, Yang Li, Ping Liu

Ekoloji, 2019, Issue 108, Pages: 1011-1016


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China has formally entered an aging society, and the living environment and quality of the elderly have attracted wide attention. In order to optimize the building environment for the elderly in cold areas, starting with the interpretation of the material and energy transfer connotation of building envelope structure, the limitations of the existing methods of environmental parameter analysis under reductionism are analyzed, and the analysis methods based on the integral information of the building environment in cold areas are presented exploratory research. The application of information fusion technology to describe the outdoor comprehensive environmental information shows that the neural network method is more suitable for the study of building environmental information analysis method, and a framework of building environmental information fusion system based on the neural network method is proposed. Finally, the corresponding relationship between building envelope structure and filter structure is established by analogy analysis. Based on the idea of filtering algorithm, the way of describing the filtering effect of building envelope structure on outdoor environmental information is clarified, which provides a theoretical reference for future research on indoor environmental response characteristics under the comprehensive influence of environmental information.


building environmental information, material energy transfer, information processing, information fusion, filtering theory


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