Characterization and Analytical Evaluation Based on the 3- Layer Approach of Smart Buildings

Mohamdi Hamid, M. Belarbi, Chahrazed Adda, Houari Athmani, Benaissa Trari, Abdelkader Safa
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Abstract

This article is concerned with characterizing and analytical evaluation of the intelligence of buildings. After a brief reminder of the definition of the concept, the authors explain how necessary it is to evaluate the intelligence of a building based on it functions, in order to define an intelligence profile. The suggested evaluation method aims at qualifying three levels (layers) of intelligence from passive behavior (communication layer) to representative layer (physical) and predictive behavior (scheduling layer). These levels should be interpreted through 3 dimensions: time, space and energy. The analytical evaluation used SPSS from the intrinsic data of the building extracted by ArcGIS software in order to make buildings intelligent based on dynamic scheduling or optimization algorithms. We illustrate the approach by applying approach to the technological Hall of the University of Tiaret (THUT).
基于三层方法的智能建筑表征与分析评价
本文对建筑智能化的特征和分析评价进行了探讨。在简要介绍了概念的定义之后,作者解释了为了定义智能概况,根据建筑物的功能来评估建筑物的智能是多么必要。所建议的评估方法旨在确定从被动行为(通信层)到代表层(物理层)和预测行为(调度层)的三个层次(层)的智能。这些关卡应该通过三个维度来解释:时间、空间和能量。利用ArcGIS软件提取的建筑内部数据,利用SPSS软件进行分析评价,以实现基于动态调度或优化算法的建筑智能化。我们通过将方法应用于蒂亚雷特大学(THUT)的技术大厅来说明这种方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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