No autoriado por el autor a ser publicada a texto completo / Paperless® Chile es una empresa dedicada a la generación, procesamiento y administración de documentos electrónicos. Dentro de sus productos principales se encuentra el sistema DTERecovery - Facturación Electrónica, con el cual ofrece una solución que busca minimizar el impacto en las plataformas tecnológicas, al mismo tiempo de optimizar el proceso de facturación. Todo esto se logra gracias a una solución global que abarca de forma integral la problemática de Generación, Recepción, Distribución y Almacenamiento de los Documentos Tributarios Electrónicos. Incorporar a un nuevo cliente al sistema DTERecovery implica tiempo de desarrollo en crear los mecanismos de conversión de los documentos que el cliente carga, que están en formato TXT, a documentos de salida en formato XML. Para minimizar el costo de conversión se propone la construcción de un sistema que permita a un usuario cualquiera, es decir, que no necesariamente posea conocimientos de programación, construir el archivo de definición, que permitirá la conversión del archivo TXT a XML, y finalmente realizar la conversión. Como resultado se obtiene un nuevo producto Paperless® llamado ConvertTXT2XML el cual mediante una aplicación web permite la creación del archivo de definición de la conversión y además permite cargar el documento en formato TXT y convertirlo a formato XML, independientemente del tipo de documento XML a generar.

The goal of this thesis is to design and implement a SQL frontend for Bobox framework which is being developed by Department of software engineering MFF UK. The development of the Bobox framework is motivated by the effort to simplify writing parallel software. The Bobox framework is one of many system implementations for processing stream data and provides runtime environment for evaluating execution plans in the parallel environment. This thesis deals with implementation of a frontend for this framework. The input is a query in SQL language and information about database structure. Frontend will perform syn- tactic and semantic analysis and then translate the input query into intermediate code. The output of this frontend is the intermediate code in the form of relatio- nal algebra written as XML and is used as the input for the following optimizing backend.

Configuring flight test systems can be a complex process due to the large number of choices that must be made. Making these choices requires system knowledge to build a working configuration in an efficient and timely manner. Historically, flight test systems have embedded this system knowledge in code. The limitation with these approaches is that any change or addition to the system knowledge is costly due to the significant work required to update and maintain the software. We see the philosophy of constraints as a promising path toward addressing these issues. In the context of flight test configuration, a set of constraints defines the limits of how a system may be configured to perform specific tasks. This paper describes an approach for simplifying configuration by moving the system knowledge out of hardcoded business rules and into a flexible architecture that leverages constraints for validation of system configurations.

The basis of my work represents a research focused on the problematic of native XML databases. The main goal is to draw comparison between the selected database systems in a sphere of user control and management of XML data. Database products are tested via XMark benchmark test using its XQuery queries and testing XML data. Final comparisons and recommendations for use are based on the concluding evaluation and findings. The results of research may improve orientation in solved problematics. They could help with the selection of a suitable database product to store XML data.

The goal of diploma thesis is disquisition on existing file format intended for data transmission over computer network. Choose one of the compared file format and create a file structure for transmission sports data. Assess the structure of files from existing sports data suppliers and create their own structure. Compare the possible ways of distribution of created data files and give recommendations for services implementers.

Die Journal Article Tag Suite ist ein XML-Standard zum Auszeichnen von wissenschaftlichen Artikeln. Sie besteht derzeit aus drei Tag-Sets, die unterschiedlich einschränkend hinsichtlich der möglichen Auszeichnung von Inhalten sind: Journal Archiving and Interchange, Journal Publishing und Article Authoring. Die Tag-Sets lassen sich von den Nutzer*innen den eigenen Bedürfnissen anpassen. Es können nicht benötigte Elemente und Attribute entfernt und neue Elemente und Attribute hinzugefügt werden. Doch gerade diese Flexibilität birgt auch Probleme: Zum einen leidet durch die individuelle Anpassung der Tag-Sets die Austauschbarkeit der Daten, zum anderen führen Tag-/Attribut-Wünsche, die, gerade in Bezug auf die Übernahme von Grün nach Blau, an das JATS-Komitee herangetragen und realisiert werden, dazu, dass das blaue Tag-Set immer mehr dem grünen Set gleicht. Das Ziel dieser Arbeit ist es, durch die Analyse verschiedener Customizings der JATS-Community ein Konsens-Customizing JATS Blue Lite zu definieren, welches 90 Prozent der betrachteten Customizings abdeckt, aber nur 60 Prozent des ursprünglichen blauen Tag-Sets enthält. JATS Blue Lite soll restriktiver sein als das bestehende blaue Tag-Set und einen größeren Unterschied zum bestehenden grünen Tag-Set aufweisen. Auf Basis der Analyse wurden zwei Customizations naive minimal und minimal definiert, die weniger Elemente und Attribute enthalten als das bestehende blaue Tag-Set und trotzdem die Customizings der Community ähnlich gut abdecken.:1 EINLEITUNG 1.1 PROBLEMSTELLUNG UND ZIEL DER ARBEIT 1.2 AUFBAU DER ARBEIT UND METHODISCHES VORGEHEN 2 DIE JOURNAL ARTICLE TAG SUITE (JATS) 2.1 DIE ENTSTEHUNG DER JOURNAL ARTICLE TAG SUITE (JATS) 2.1.1 Die PubMed Central DTD 2.1.2 Die erste Version 2.1.3 Die zweite Version 2.1.4 Die dritte Version und die Beteiligung der National Standards Organization (NISO) 2.1.5 Die NISO-Standards 2.1.6 Der aktuelle Standard 2.2 DIE TAG-SETS DER JOURNAL ARTICLE TAG SUITE (JATS) 2.2.1 Journal Archiving and Interchange 2.2.2 Journal Publishing 2.2.3 Article Authoring 2.3 DER VERGLEICH DER DREI TAG SETS 2.3.1 Der Unterschied zwischen Journal Publishing und Journal Archiving and Interchange 2.3.2 Der Unterschied zwischen Journal Publishing und Article Authoring 2.4 DIE STRUKTUR DER TAG SETS 2.4.1 Elemente 2.4.1.1 front 2.4.1.2 body 2.4.1.3 back 2.4.2 Attribute 2.4.3 Strukturformate 2.5 CUSTOMIZABILITY 2.5.1 Anpassen der bestehenden Tag-Sets 2.5.1.1 Beispiele 2.5.2 Kompatibilität mit JATS 2.5.3 Vorteile des Subsettings 3 ADÄQUATHEIT EINES CUSTOMIZINGS 3.1 DEFINITION 3.2 ENTWICKLUNG EINER METRIK ZUR MESSUNG DER ADÄQUATHEIT EINES CUSTOMIZINGS 3.2.1 Vorüberlegungen 3.2.2 Der erste Ansatz 3.2.3 Der zweite Ansatz 3.2.4 Der dritte Ansatz 3.2.5 Der vierte Ansatz 3.2.6 Der fünfte Ansatz und die finale Metrik 4 DIE CUSTOMIZING-ANALYSE 4.1 DIE DATENSAMMLUNG 4.2 DIE DATENANALYSE 4.2.1 Die Analyse-Werkzeuge 4.2.2 Anpassungen der Analyse 4.3 DATENAUSWERTUNG 4.3.1 Die Nutzung der Journal Article Tag Suite 4.3.2 Definition eines Konsens-Customizings JATS Blue Lite 4.3.3 Eignung der Konsens-Customizings 4.3.4 Kritik 5 FAZIT 5.1 ZUSAMMENFASSUNG 5.2 AUSBLICK

The aim of this diploma thesis analyze the processing of meteorological messages in XML format. There are described various meteorological reports and the developing data format WXXM. The result of the practical part is application enable to load meteorological messages in XML format and displays basic information obtained in map environment of Bing Maps.

Diploma thesis deals with the aeronautical data format AIXM and exploring possibilities for processing meteorological messages in the format WXXM. This diploma thesis describes the development of application which handles both formats. Final application can evaluate appropriate runway on the basis of meteorological information.

This diploma thesis is about versioning of databases. Firsts chapters are shortly describing the biggest problems what will need to solve. Thr second part refers to choosen database systems and introcution to SQL language. The last unit describes the development of program solving sketched problems.

XML is quickly being utilized in the field of technical communication to transfer information from database to person and company to company. Often communicators will structure information without a second thought of how or why certain tags are used to mark up the information. Because the company or a manual says to use those tags, the communicator does so. However, if professionals want to unlock the true potential of XML for better sharing of information across platforms, they need to understand the effects the technology using XML as well as political and cultural factors have on the tags being used. This thesis reviewed literature from multiple fields utilizing XML to find how tag choices can be influenced. XML allows for the sharing of information across multiple platforms and databases. Because of this efficiency, XML is utilized by many technologies. Often communicators must tag information so that the technologies can find the marked up information; therefore, technologies like single sourcing, data mining, and knowledge management influence the types of tags created. Additionally, cultural and political influences are analyzed to see how they play a role in determining what tags are used and created for specific documents. The thesis concludes with predictions on the future of XML and the technological, political, and cultural influences associated with XML tag sets based on information found within the thesis.