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Case Study of Available Tools for Database Synchronization Among iOS Facilities
Matěj, Kryštof ; Smrčka, Aleš (referee) ; Hrubý, Martin (advisor)
The goal of this work is to verify the functionality of the synchronization object databases via CoreData and Datastore. Verification of functionality synchronization object database I made using two experimental devices and the server. In the present bachelor thesis I created the library DB2iCloud, which provides an abstract interface for CoreData Datastore. Be- nefits of this work is to create a library DB2iCloud in the demo application and verification of CoreData and Datastore.
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Comparison of Properties and Performance of Object Oriented Databases
Kozák, Daniel ; Burget, Radek (referee) ; Zelený, Jan (advisor)
In this thesis, the reader learns basic models, which are use for storing data in database sys- tems. Next I describe a way, how to store objects in Java Language and explain expressions like object-relational mapping, reflection and introspection. After that, I will introdice some of existing implementation, which are use for storing objects in Java. Next I will explain testing methodology and make benchmarks of various implementation. In the end I will analyze a results of these benchmarks.
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Object Database Spatial Extension
Polách, Ondřej ; Křivka, Zbyněk (referee) ; Rychlý, Marek (advisor)
Still increasing requirements are made on database systems, because users need to work with still more complex data. Because of the historical development of database systems, post-relational database systems are mainly used today. As follows from their name, post-relational database systems are built on relational database systems and expand them so that they are able to work with complex data. The vast majority of today's spatial database systems is based on post-relational databases. However, this work is trying to find a connection between object and spatial databases. The obtained knowledge is reflected in the implementation of the object database spatial extension.
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Information System for Employee Activity Evaluation in Tree Hierarchy Using Cache
Burget, Jaroslav ; Ščuglík, František (referee) ; Ráb, Jaroslav (advisor)
At most of the times, information systems are the corner stone for companies nowadays. This document's intention is to introduce the model design phase in UML and the implementation of an information system for evaluating the activity of empolyees in a tree hierarchy. The first part is made of business' multilevel marketing principle, a description of the system's specification and a progression of the system's modeling in a CASE tool, Select Component Architect. The second part describes the implemented system through a web application, which is based on Caché, an object database.
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Web Development Tools for Caché
Lola, Martin ; Očenášek, Pavel (referee) ; Burget, Radek (advisor)
The aim of this thesis is to create web developer tools for the Caché system. This tool allows the creation and editing of classes, routines and methods. Particular focus was given to the use of the user roles from the Caché system, the extensibility and easy installation. The application is implemented in the Caché ObjectScript language and uses common web technologies (HTML, CSS and Javascript). The text of this thesis describes the complete development cycle of the application from an analysis of the current situation through the description of the needed parts of Caché and the requirements analysis, system design to the implementation details and testing and analysis of results.
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Web Administration Interface for Caché
Valena, Pavel ; Kolář, Dušan (referee) ; Burget, Radek (advisor)
The goal of this bachelor’s thesis is to create web administration interface for Caché, where database data is clearly and logically displayed. Enabling user to edit database data, manage users and databases. The thesis describes the design and implementation process of this web interface.
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Comparison of object and object-relational databases
Ptáček, Tomáš ; Palovská, Helena (advisor) ; Pavlíčková, Jarmila (referee)
The main topic of this thesis is the comparison of the object oriented paradigm with an object relational approach to data management systems. This work analyses object paradigms in contrary with relational principles and questions if they are beneficial for current data management systems. Performance comparison of these two approaches is being made on highly complex data between database systems PostgreSQL and db4o. The essentiality of using one of these approaches is examined in a case study from Bosch.
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