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The Database of Moving Objects
Vališ, Jaroslav ; Chmelař, Petr (referee) ; Zendulka, Jaroslav (advisor)
This work treats the representation of moving objects and operations over these objects. Introduces the support for spatio-temporal data in Oracle Database 10g and presents two designs of moving objects database structure. Upon these designs a database was implemented using the user-defined data types. Sample application provides a graphical output of stored spatial data and allows us to call an implemented spatio-temporal operations. Finally, an evaluation of achieved results is done and possible extensions of project are discussed.
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Support for Spatial Data in Oracle
Volf, Tomáš ; Chmelař, Petr (referee) ; Zendulka, Jaroslav (advisor)
This work acquaints with support for working with spatial data and mentions the possibility for spatio-temporal data in the Oracle database server 11g. On the basis of acquaintance with support for spatial data was designed sample application that uses this support. The sample application provides to display spatial data, which are stored in the database, graphically and also displays information about spatial objects. Finally, there are reviewed achievements and the possibilities how to continue in the project.
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Support for Spatial Data in Oracle
Volf, Tomáš ; Chmelař, Petr (referee) ; Zendulka, Jaroslav (advisor)
This work acquaints with support for working with spatial data and mentions the possibility for spatio-temporal data in the Oracle database server 11g. On the basis of acquaintance with support for spatial data was designed sample application that uses this support. The sample application provides to display spatial data, which are stored in the database, graphically and also displays information about spatial objects. Finally, there are reviewed achievements and the possibilities how to continue in the project.
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The Database of Moving Objects
Vališ, Jaroslav ; Chmelař, Petr (referee) ; Zendulka, Jaroslav (advisor)
This work treats the representation of moving objects and operations over these objects. Introduces the support for spatio-temporal data in Oracle Database 10g and presents two designs of moving objects database structure. Upon these designs a database was implemented using the user-defined data types. Sample application provides a graphical output of stored spatial data and allows us to call an implemented spatio-temporal operations. Finally, an evaluation of achieved results is done and possible extensions of project are discussed.
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Comparison of object-oriented and object-relational data model as persistence layer in Java
Karásek, Tomáš ; Palovská, Helena (advisor) ; Pavlíčková, Jarmila (referee)
The aim of the present bachelor's thesis is comparison of representatives of object-oriented data model and object-relational data model and suitability their use as persistence layer in Java application. The first part of this thesis focuses on overview of object-oriented data model and object-relational data model, their theoretical basis, characteristic features, historical development and their representatives. Then possibilities of storing permanent data in Java application, examples of standard Java APIs, their advantages and areas of use are explored. Another part is concentrated on demonstration of database management systems Oracle and objectDB, comparison of their functionality, easiness of use with databases and connection with Java database application. Afterwards accessibility of documentations and the code length of both solutions are compared. In conclusion of this part discovered facts are summarized and recommendations for choice of data model are determined. Clearly arranged comparison of representatives of object-oriented and object-relational database management systems and determination of more convenient database for connection with Java application is the result of this bachelor's thesis.
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