Graph Data Warehouse: Steps to Integrating Graph Databases Into the Traditional Conceptual Structure of a Data Warehouse

Big Data(2013)

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摘要
As an important kind of NOSQL databases, graph database management systems (GDBMSs) have improved greatly in recent years. However, the development of related linked queries is still limited. This paper introduces an approach for matching frequently-used management tasks of GDBMS with concepts in Structured Query Language (SQL). An application programming interface (API) based on the Neo4j GDBMS was developed to enable functionalities needed with graph databases. Besides the API, a user-friendly graphical user interface (GUI) was developed enabling the management and demonstration of graph datasets. Further, the concept "graph cube" is proposed as a design for integrating graphs with tables. The prototype combining these components constitutes the fundamental elements of a graph data warehouse. The proposed research initiates an effort to develop the potential of graph information systems (GRIS) and to define associated technical aspects.
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关键词
application programming interface,neo4j gdbms,frequently-used management task,traditional conceptual structure,application program interfaces,nosql databases,data warehouses,graph datasets,graph information system,data warehouse,database management systems,data warehouse conceptual structure,linked queries,gris,frequently-used management task matching,graph data warehouse,graphical user interfaces,graph database management system,cube,graph information systems,join,graph database,graph theory,graph cube,api,gui,user-friendly graphical user interface,graph database management systems,graph databases,nosql database,structured query language,sql,integrating graph databases
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