Modelling of Designing a Conceptual Schema for Multimodal Freight Transportation Information System
Modelling of building processes of a multimodal
freight transportation support information system is discussed based
on modern CASE technologies. Functional efficiencies of ports in
the eastern part of the Black Sea are analyzed taking into account
their ecological, seasonal, resource usage parameters. By resources,
we mean capacities of berths, cranes, automotive transport, as well as
work crews and neighbouring airports. For the purpose of designing
database of computer support system for Managerial (Logistics)
function, using Object-Role Modeling (ORM) tool (NORMA–Natural ORM Architecture) is proposed, after which Entity
Relationship Model (ERM) is generated in automated process.
Software is developed based on Process-Oriented and Service-Oriented architecture, in Visual Studio.NET environment.
[1] Meyer-Wegener K., Petriaschvili L., Surguladze G. (2014). Decision
Support System for Optimization of Seaport Resource. III internat.
Scientific Conference “Computing / Informatics, Education Sciences,
Teacher Education”, Batumi, Georgia.
[2] Gogichaishvili G., Surguladze G. (2014). Concept of Automated
Management of Multimodal Freight Transportation Business Processes.
Transactions of Georgian Technical University. Automated Control
Systems - No 2(18), pp.45-50.
[3] Virginia Multimodal Freight Plan. (2013). Draft Report. Prepared by
Cambridge Systematics, Inc. 8573.230. http://www.cppdc.org/Transportation_
Data/Virginia_Multimodal_Freight_Plan_11.01.13_Draft_Fin
al_with_appendices.pdf.
[4] Halpin T., Object-Role Modelling: an overview, Microsoft Corporation,
http://www.orm.net/pdf/ormwhitepaper.pdf.
[5] Halpin T., Curland M. (2006). ORM 2 Constraint Verbalization Part 1,
Technical Report ORM2-02. http://www.orm.net/pdf/ORM2_Tech-
Report2.pdf.
[6] Wedekind H., Surguladze G., Topuria N. (2006). Design and
Implementation of Data Bases of Distributed Office-Systems with
UML. ISBN 99940-57-17-0. GTU. Tbilisi. 2006. pp237.
[1] Meyer-Wegener K., Petriaschvili L., Surguladze G. (2014). Decision
Support System for Optimization of Seaport Resource. III internat.
Scientific Conference “Computing / Informatics, Education Sciences,
Teacher Education”, Batumi, Georgia.
[2] Gogichaishvili G., Surguladze G. (2014). Concept of Automated
Management of Multimodal Freight Transportation Business Processes.
Transactions of Georgian Technical University. Automated Control
Systems - No 2(18), pp.45-50.
[3] Virginia Multimodal Freight Plan. (2013). Draft Report. Prepared by
Cambridge Systematics, Inc. 8573.230. http://www.cppdc.org/Transportation_
Data/Virginia_Multimodal_Freight_Plan_11.01.13_Draft_Fin
al_with_appendices.pdf.
[4] Halpin T., Object-Role Modelling: an overview, Microsoft Corporation,
http://www.orm.net/pdf/ormwhitepaper.pdf.
[5] Halpin T., Curland M. (2006). ORM 2 Constraint Verbalization Part 1,
Technical Report ORM2-02. http://www.orm.net/pdf/ORM2_Tech-
Report2.pdf.
[6] Wedekind H., Surguladze G., Topuria N. (2006). Design and
Implementation of Data Bases of Distributed Office-Systems with
UML. ISBN 99940-57-17-0. GTU. Tbilisi. 2006. pp237.
@article{"International Journal of Information, Control and Computer Sciences:71201", author = "Gia Surguladze and Lily Petriashvili and Nino Topuria and Giorgi Surguladze", title = "Modelling of Designing a Conceptual Schema for Multimodal Freight Transportation Information System", abstract = "Modelling of building processes of a multimodal
freight transportation support information system is discussed based
on modern CASE technologies. Functional efficiencies of ports in
the eastern part of the Black Sea are analyzed taking into account
their ecological, seasonal, resource usage parameters. By resources,
we mean capacities of berths, cranes, automotive transport, as well as
work crews and neighbouring airports. For the purpose of designing
database of computer support system for Managerial (Logistics)
function, using Object-Role Modeling (ORM) tool (NORMA–Natural ORM Architecture) is proposed, after which Entity
Relationship Model (ERM) is generated in automated process.
Software is developed based on Process-Oriented and Service-Oriented architecture, in Visual Studio.NET environment.", keywords = "Seaport resources, business-processes, multimodal
transportation, CASE technology, object-role model, entity
relationship model, SOA.", volume = "9", number = "11", pages = "2320-4", }