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首页> 外文会议>2015 IEEE 1st International Workshop on Consumer Electronics >A Smart House environment - the System of Systems approach to Model Driven Simulation of Building (house) Attributes
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A Smart House environment - the System of Systems approach to Model Driven Simulation of Building (house) Attributes

机译：智能房屋环境-建筑物（房屋）属性的模型驱动模拟的系统方法

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摘要

The System-of-Systems research area, with its opened challenging approach to engineering practice transformation, has a significant impact to the closely related problem domains cooperation. The Architectural Design, Urban Planning, and Construction Engineering Domains, even when treated separately, are extremely demanding targets for sophisticated software tools development. While managing the complex urban blocks interactions in the contemporary city configuration, it is particularly important that these three domains cooperate closely. The application of a smart house paradigm is dominantly focused on the internal facility parameters monitoring and control. For the subset of these internal parameters, like for example: daylight illumination; privacy; and natural ventilation, the facility (building) environment impacts analysis is unavoidable. In this article, based on the System-of-Systems paradigm, we present the model of a smart house environment impact analysis framework suitable for Model Driven Simulations of Building (house) Attributes. The proposed framework architecture is designed to support the cooperation/collaboration of software tools. The verification has shown that it may be effectively used for the impact analysis of arbitrary external (urban block specific) attributes on their internal state and the behavior (specific for a single building).
机译：系统研究领域以开放的挑战性方法进行工程实践转换，对紧密相关的问题领域合作产生了重大影响。即使分开处理，建筑设计，城市规划和建筑工程领域也是复杂软件工具开发的极高要求目标。在管理现代城市配置中复杂的城市街区互动时，这三个领域的紧密合作尤为重要。智能房屋范例的应用主要集中在内部设施参数的监视和控制上。对于这些内部参数的子集，例如：日光照明；隐私;对于自然通风，设施（建筑物）环境影响分析是不可避免的。在本文中，基于“系统的系统”范例，我们提出了适用于建筑物（房屋）属性的模型驱动模拟的智能房屋环境影响分析框架的模型。提议的框架体系结构旨在支持软件工具的协作/协作。验证表明，它可以有效地用于分析任意外部（特定于城市街区）属性对其内部状态和行为（特定于单个建筑物）的影响。

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