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Design space construction: a framework to support collaborative, parametric decision making

机译:设计空间构建:一个支持协作,参数化决策的框架

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This paper describes a framework of concepts and processes that support teams to construct and explore design spaces maximizing social, environmental, and economic value. The framework guides teams through processes of problem formulation, alternative generation, impact analysis, and value assessment. The paper describes an extensible supporting computational infrastructure based on a system integration approach and structured in four layers: parametric user interface, analysis engines, software interfaces, and data visualization. The paper describes implemented functionality in terms of goal and preference-setting, parametric modeling, energy, daylight, view, first cost, lifecycle cost and lifecycle carbon, and demonstrates application through a test case. The paper concludes with evidence about the power and flexibility of the DSC framework with the results of a professional case study, and a survey of professional and student architects who have been trained in constructing and exploring parametric, performance-based design spaces.
机译:本文介绍了一种概念和过程框架,可支持团队构建和探索设计空间,以最大程度地提高社会,环境和经济价值。该框架指导团队完成问题制定,替代方案生成,影响分析和价值评估的过程。本文描述了一种基于系统集成方法的可扩展的支持计算基础结构,该结构分为四层:参数用户界面,分析引擎,软件界面和数据可视化。本文从目标和首选项设置,参数建模,能源,日光,视图,第一成本,生命周期成本和生命周期碳方面描述了已实现的功能,并通过测试案例演示了其应用。本文以有关DSC框架的强大功能和灵活性的证据为基础,并进行了一次专业案例研究,并对受过构造和探索基于性能的参数化设计空间培训的专业和学生建筑师进行了调查。

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