首页> 外国专利> Site and workspaces layout process employing MDS and a PDI formula in which density is calculated using a unit lattice superposed over circumscribing-convex-hulls

Site and workspaces layout process employing MDS and a PDI formula in which density is calculated using a unit lattice superposed over circumscribing-convex-hulls

机译:使用MDS和PDI公式进行站点和工作空间布局的过程,其中密度是使用叠加在外接凸包上的单位晶格来计算的

摘要

A process is provided for producing layouts of building units on a quadrieral facility site, and layouts of personnel workstations and items of equipment (collectively "workplace elements") in quadrilateral subarea in the building units. There are inter-building-unit, and inter- workplace-element, operational criteria associated with the activity being performed in the facility. The well known multi-dimensional scaling (MDS) methodology is employed in optimizing building unit and workplace element configurations to suit the operational criteria. Measurement of population density index (PDI) is employed to judge whether candidate configurations of building units and workplace elements result in adverse crowdedness conditions. The PDI employed for this purpose as two novel aspects. One novelty of the PDI is its use of a "convex hull" (in the mathematical sense of the term) circumscribed about the perimetrical objects in a candidate configuration. The other novelty is that the term of the PDI equation related to density requires neither coordinate measurements nor inter-point distance measurements.
机译:提供了一种用于在四边形设施站点上生成建筑单元的布局以及在建筑单元的四边形子区域中的人员工作站和设备项目(统称为“工作场所元素”)的布局的过程。与在设施中进行的活动相关的建筑物单元之间和工作场所单元之间的操作标准。众所周知的多维比例缩放(MDS)方法用于优化建筑单元和工作场所元素配置,以适应操作标准。人口密度指数(PDI)的测量用于判断建筑单元和工作场所元素的候选配置是否会导致不利的拥挤状况。为此,PDI被用作两个新颖的方面。 PDI的一个新颖之处在于它使用了围绕“候选配置”中的周向对象的“凸包”(在术语的数学意义上)。另一个新颖之处在于,与密度相关的PDI方程的项既不需要坐标测量,也不需要点间距离测量。

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