Abstract: A system and method generates two weighted property graph data models to represent a system architecture. The models each include a plurality of vertices representing a plurality of instances of a design dimension of the system architecture and a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices with respect to one another, while only the first model includes a plurality of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Betweenness hierarchical clusters of each of the two models are generated and correlated with each other to quantify a consistency of the system architecture.

Abstract: A system and method generates a plurality of weighted property graph data models to represent a system architecture. The models each include a plurality of vertices representing a plurality of instances of a design dimension of the system architecture and a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices, while each includes a different number of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Betweenness hierarchical clusters of each of the models are generated and correlated with the model having the most weighted interface edges to quantify a robustness of the system architecture.

Abstract: A system and method generates a property graph data model to represent a system architecture. The model includes a plurality of vertices of different vertex types representing different design dimensions of the system architecture, a plurality of compositional edges that connect vertices of a same vertex type to represent hierarchical directed-composition and hierarchical directed-decomposition of the connected vertices with respect to one another, and a plurality of connecting edges that connected vertices of different vertex types to represent connections between different elements of the different design dimensions. Information about the different design dimensions is extracted from one or more source databases to generate the property graph data model.

Abstract: A system and method generates a weighted property graph data model to represent a system architecture. The model includes a plurality of vertices representing a plurality of instances of a design dimension of the system architecture, a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices with respect to one another, and a plurality of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Information about the design dimension is extracted from one or more source databases to generate the weighted property graph data model.

Abstract: A system and method generates a property graph data model to represent a system architecture. The model includes a plurality of vertices of different vertex types representing different design dimensions of the system architecture, a plurality of compositional edges that connect vertices of a same vertex type to represent hierarchical directed-composition and hierarchical directed-decomposition of the connected vertices with respect to one another, and a plurality of connecting edges that connected vertices of different vertex types to represent connections between different elements of the different design dimensions. Information about the different design dimensions is extracted from one or more source databases to generate the property graph data model.

Abstract: A system and method generates a plurality of weighted property graph data models to represent a system architecture. The models each include a plurality of vertices representing a plurality of instances of a design dimension of the system architecture and a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices, while each includes a different number of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Betweenness hierarchical clusters of each of the models are generated and correlated with the model having the most weighted interface edges to quantify a robustness of the system architecture.

Abstract: A system and method generates a weighted property graph data model to represent a system architecture. The model includes a plurality of vertices representing a plurality of instances of a design dimension of the system architecture, a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices with respect to one another, and a plurality of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Information about the design dimension is extracted from one or more source databases to generate the weighted property graph data model.

Abstract: A system and method generates two weighted property graph data models to represent a system architecture. The models each include a plurality of vertices representing a plurality of instances of a design dimension of the system architecture and a plurality of weighted compositional edges that connect first pairs of vertices to represent hierarchical directed-composition and hierarchical directed-decomposition of first pairs of instances of the design dimension represented by the corresponding connected first pairs of vertices with respect to one another, while only the first model includes a plurality of weighted interface edges that connect second pairs of the vertices to represent an information exchange interface between second pairs of instances of the design dimension represented by the corresponding connected second pairs of the vertices. Betweenness hierarchical clusters of each of the two models are generated and correlated with each other to quantify a consistency of the system architecture.

Abstract: An emergency refuge system relating to improved occupant access and air revitalization.