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P. Kanaroglou – One of the best experts on this subject based on the ideXlab platform.

  • Databases and Applications – Spatio-temporal UML methodology: extending and integrating existing object-oriented methods to develop spatio-temporal databases
    , 2006
    Co-Authors: M. Svinterikou, P. Kanaroglou

    Abstract:

    Object-oriented methods seem to handle well the complexity associated with developing spatio-temporal software systems. In recent years, a growing number of software systems are being developed within the object oriented paradigm. This paper presents the extension and integration of existing methods to provide an object oriented methodology that facilitates the development of spatio-temporal software systems. The Unified Modeling Language (UML) is extended with spatial and temporal semantics to allow the effective modeling of a spatio temporal database during the analysis phase of software development. ArcInfo UML, that is, the Unified Modeling Language extended by ArcInfo structures, is used to facilitate the modeling of a system during the design phase. ArcInfo is used as the implementation platform of the spatio-temporal database. A UML CASE tool (Microsoft Visio) will be used during analysis, design and ArcInfo database schema generation. Development will be lead by the Spatio-temporal UML process, that is, the Booch process extended to address spatial and spatiotemporal concerns.

M. Svinterikou – One of the best experts on this subject based on the ideXlab platform.

  • Databases and Applications – Spatio-temporal UML methodology: extending and integrating existing object-oriented methods to develop spatio-temporal databases
    , 2006
    Co-Authors: M. Svinterikou, P. Kanaroglou

    Abstract:

    Object-oriented methods seem to handle well the complexity associated with developing spatio-temporal software systems. In recent years, a growing number of software systems are being developed within the object oriented paradigm. This paper presents the extension and integration of existing methods to provide an object oriented methodology that facilitates the development of spatio-temporal software systems. The Unified Modeling Language (UML) is extended with spatial and temporal semantics to allow the effective modeling of a spatio temporal database during the analysis phase of software development. ArcInfo UML, that is, the Unified Modeling Language extended by ArcInfo structures, is used to facilitate the modeling of a system during the design phase. ArcInfo is used as the implementation platform of the spatio-temporal database. A UML CASE tool (Microsoft Visio) will be used during analysis, design and ArcInfo database schema generation. Development will be lead by the Spatio-temporal UML process, that is, the Booch process extended to address spatial and spatiotemporal concerns.

Yuehua Huang – One of the best experts on this subject based on the ideXlab platform.

  • The development of property rating system based on ArcInfo and UML
    2011 International Conference on Computer Science and Service System (CSSS), 2011
    Co-Authors: Dehong Feng, Yuehua Huang

    Abstract:

    As the expension of the size of the city, it’s more difficult to manage and maintain the growing update and rapidly increasing property information for town planning department. Moreover, The existing system of spatial data and attribute data is not well integrated, so it’s not conducive to mutual query, retrieve and update. For practical problems, using Arclnfo GIS technology and UML modeling technology can design and develop the property rating system successfully. And also the 3D maps of the industrial land, commercial space, residential space and an integrated land prices assessment can be obtained.

  • Design and implement water resource GIS on Digital Huang-bohe River area
    2011 International Conference on Computer Science and Service System (CSSS), 2011
    Co-Authors: Yuehua Huang, Dehong Feng

    Abstract:

    This paper mainly introduces the solution, strategy and its realization of water resource GIS system of Digital Huang-bohe River area. This system adopts ArcGIS Space Database Engine and SQL Server2000 RDBMS to integrate and manage spatial data and property data, and uses ArcInfo and ArcIMS to achieve water area spatial information query and analysis. It has realized integrated spatial data management and high efficient information query.