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Support for XML in Microsoft SQL Server 2008
Bábíčková, Radka ; Burget, Radek (referee) ; Zendulka, Jaroslav (advisor)
This thesis is focused on XML and related technologies. The XML language is directly linked to the databases and its support in databases. The overview of the XML support provided by various database products and systems are presented in this work. Support in the MS SQL Server 2008 is discussed in more detail starting with the mapping of relational data to XML and vice versa to support of the XML data type and work with it through XQuery. Also some indexing techniques are briefly presented. Finally, the support in MS SQL Server 2008 is demonstrated by means of a sample application, which verifes the theoretical knowledge in practice.
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XML Transformation and Persistence in Relational Database
Hernych, Radim ; Rychlý, Marek (referee) ; Chmelař, Petr (advisor)
This master's thesis deals with problems of effective storage and querying of XML documents in A relational database. In the first part of this thesis XML and related technologies are described, with emphasis on languages for XML Schema definition and it's querying. Then an XML mapping method based on Hybrid method and XML Schema is described here. Hereafter the design and implementation of a native XML database front-end for object-relational database is described. Designed front-end allows storing and querying of XML documents into the underlying database. The last part contains results and evaluation of performance tests of the implemented system.
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Transformation of Web Applications into Web Services
Zámečník, Miroslav ; Rychlý, Marek (referee) ; Weiss, Petr (advisor)
Present web is aiming to the possibility of automatization of user behavior on web applications. Adding of semantics and creation of web service interface are the main approaches for accomplishment of this user comfort. Nevertheless, this direction brings some problems which can make more difficult publishing and implementation of web documents. Web services can connect heterogeneous systems, because they are based on XML markup language that is a place where all applications can meet without lost of platform independence. The automatic transformation of a web application into a web service could be considerably more effective than to create a web service from the beginning. However, this step is for some applications almost unreal without knowledge of their inner structure. In most cases, the transformation will be done semiautomatically with help of human decisions.
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XML Representation of Network Traffic
Novák, Martin ; Ščuglík, František (referee) ; Ráb, Jaroslav (advisor)
This bachelor work deals with the representation of captured network traffic in XML and storing within a database system Oracle by using XML schema. The beginning explains the basics of computer networks, network management and network protocols that are captured. Followed by chapters on network traffic analyzer, NetPDL format used to describe intercepted traffic, a chapter devoted to the foundation of relational database systems and the foundation of Oracle database system. At the end of the bachelor work there are chapters dealing with the created XML schemas, implementation of the program, program tools and the description how to use the program.
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XML Document Schema Inference
Olšarová, Nela ; Chmelař, Petr (referee) ; Křivka, Zbyněk (advisor)
XML has become a popular format for data exchange and manipulation. The internal structure of XML documents is described by the schema that plays an important role in the data management. The main idea is to develop a method for the schema inference from the given set of XML documents. By observing published automatic methods, we discovered their disadvantages. Since there is no interactive implementation, we improve these methods with the user interaction. As a solid formal background, the principle of grammatical inference is extended in our approach.
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Ontology-Based Data Sharing among Information Systems
Hák, Lukáš ; Květoňová, Šárka (referee) ; Burget, Radek (advisor)
This thesis describes data sharing between information systems based on ontologies. In the first chapter shows up the term ontology and used terminology. Then this thesis analyses used basic methods, onthological languages and partially describes semantic web. In the third chapter are write out utilities and plugins which are used for working with ontologies. The other chapters describe created ontology which are useful for car-selling. Especially ontology with cars, sellers and addresses . At the end of the thesis is explained suggested instrument to transfer existing XML to recording advertising in OWL language.
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Client for Displaying Information from the FIT Information System
Pelikán, Jakub ; Dytrych, Jaroslav (referee) ; Lampa, Petr (advisor)
The aim of my bachelor thesis is to create the graphical application in programming language Python 3. This application will display to students of the Faculty of information technology VUT information about the courses and will automatically send notification to students about the system changes. Data will be extracted from information system through XML Document which will be validated and processed by the application internal tool. Application is compatible with Linux, MacOS X and Windows.
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Data standard of the health information systems
Sliž, Ladislav ; Dvořák, Miroslav (referee) ; Fedra, Petr (advisor)
Term Project describes the data standard of health information systems, its history and present condition, form, composition data files and blocks. Data standard such as is used to transfer data between medical information systems. In other chapters, describes the work and access to hospital information system CLINICOM. Followed by implementation of database access via web interface CLINICOM CSP (Caché Server Pages).
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Interactive visualization of XML schemas in internet browser using client's XSLT
Kačina, Peter ; Kosek, Jiří (advisor) ; Dudáš, Marek (referee)
This bachelor thesis is focusing on design and implementation of prototype application, which will be used for transformation from W3C XML schema to visual form in SVG (Scalable Vector Graphics) format. Visualized schema will made easier to understand it and it will be possible to use it as a part of documentation to XML files. It could be also used by developers which will develop XML documents according to the schemas. Visualized form will interpret structure of the document and will provide information about its parts -- elements, complex types and attributes. The goal of the thesis is to create a tool, which will generate interactive graphic in browser with the help of clients XSLT processor -- Saxon CE. In the beginning in the thesis are described used technologies and its way of use in this prototype application. Further in the thesis is described design of graphic model and algorithm and also described how the interactivity is functioning. In description of graphic model are shown pictures of graphic interpretations of each structure mentioned hereinbefore. In following chapter is the algorithm, which main responsibility is to mine data from the source XML document and ensuring of interactivity, described in more detail. Practical output is prototype XSLT transformation, which with the help of clients XSLT processor Saxon CE will transform any W3C XML schema into graphic representation.
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XML Schema Visualization
Slavětínský, Václav ; Kosek, Jiří (advisor) ; Ralbovský, Martin (referee)
Bakalářská práce se zabývá návrhem a implementací aplikace, která slouží k převodu W3C XML schémat do interaktivního diagramu ve formátu SVG (Scalable Vector Graphics). Diagram poskytuje údaje získané ze schématu ? údaje o elementech a atributech, a jejich přípustné struktuře. Proto je vhodný jako součást dokumentace XML souborů vyhovujících schématu. Generovaná grafika je interaktivní a přehledná, uživatelům má usnadnit pochopení XML dokumentů a orientaci v nich. Aplikace je napsána v jazyce Java, využívá implementaci abstraktního datového modelu z open source XML parseru Xerces2-J. Interaktivita SVG výstupu je zajištěna ECMAScriptem.
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